Medical Device Manufacturer Catalog No.8014
OROSOL® can produce medical device – Precision Scientific Instruments & Medical Devices.
Item Name: OROSOL® Precision Scientific Instruments & Medical Devices.
Brand: OROSOL®
OROSOL® can produce all kinds of medical devices.
If you are interested in this product, please feel free to contact us: RoboticWorkCell@outlook.com
Product Description
Medical Device Manufacturer Catalog No.8014
General View of OROSOL® Manufacturer No.8014:
OROSOL Machinery and Equipment Manufacturing LLP is located in China, with Manufacturer No.8014 a modern R&D and manufacturing facility spanning over 40,000 square meters. The company employs more than 1,100 professional staff members, including a dedicated R&D team of over 350 engineers and technicians (30% of total staff) with more than 20 PhDs, specializing in spectroscopy, mass spectrometry, and chromatography technologies. The company maintains an R&D investment of approximately 20% of annual revenue, ranking among the highest in the industry. It has established national-level research platforms including a postdoctoral workstation, academician workstation, and National Enterprise Technology Center. The company is recognized as a National Specialized and Sophisticated “Little Giant” Enterprise and National Intellectual Property Demonstration Enterprise. Products are exported to over 30 countries and regions worldwide, serving leading universities, research institutes, and Fortune Global 500 companies.
Industrial Inpsection Instruments
| Product Name & Model | Parameters & Specifications | Features & Applications |
|---|---|---|
| OS-Vacuum Chamber Leak Detection System for Lithium Battery Industry | 1. Applications: Leak detection for battery cells, cover plates, modules, cold plates, PACKs, supercapacitors, etc.; 2. Core technology: Independent intellectual property with full-chain customizable solutions; 3. Interface: Intelligent human-machine interaction with comprehensive data management; 4. Automation: Automatic loading/unloading with precise, high-speed leak detection. |
1. Vacuum chamber leak detection system designed for lithium battery manufacturing. 2. Full-chain customization from core components to system integration. 3. Intelligent interface for easy operation and data management. 4. Automated material handling for high-throughput, precise leak testing. |
| OS-Vacuum Chamber Leak Detection System for Hydrogen Energy Industry | 1. Applications: Leak detection for hydrogen fuel cell bipolar plates, membrane electrodes, hydrogen pipelines, cryogenic storage tanks, hydrogen cylinders, liquid hydrogen tankers, valves, hydrogen circulation pumps, and complete equipment; 2. Core technology: Independent intellectual property with full-chain customizable solutions; 3. Interface: Intelligent human-machine interaction with comprehensive data management; 4. Automation: Automatic loading/unloading with precise, high-speed leak detection. |
1. Vacuum chamber leak detection system designed for hydrogen energy manufacturing. 2. Full-chain customization from core components to system integration. 3. Intelligent interface for easy operation and data management. 4. Automated material handling for high-throughput, precise leak testing. |
| OS-Vacuum Chamber Leak Detection System for Automotive Industry | 1. Applications: Leak detection for automotive air conditioner condensers/evaporators, heater cores, compressors, AC lines, expansion valves, wheels, oil coolers, fuel tanks, motors, electronic controls, engine transmissions, radiators, water cooling plates, and more; 2. Core technology: Independent intellectual property with full-chain customizable solutions; 3. Interface: Intelligent human-machine interaction with comprehensive data management; 4. Automation: Automatic loading/unloading with precise, high-speed leak detection. |
1. Vacuum chamber leak detection system designed for automotive manufacturing and assembly. 2. Full-chain customization from core components to system integration. 3. Intelligent interface for easy operation and data management. 4. Automated material handling for high-throughput, precise leak testing. |
| OS-Vacuum Chamber Leak Detection System for Household Refrigeration Industry | 1. Applications: Leak detection for solar water heaters, household air conditioner condensers/evaporators, compressors, liquid receivers, heat exchangers, expansion valves, shut-off valves, four-way valves, water heaters, refrigerator condensers/evaporators, electric oil radiators, and more; 2. Core technology: Independent intellectual property with full-chain customizable solutions; 3. Interface: Intelligent human-machine interaction with comprehensive data management; 4. Automation: Automatic loading/unloading with precise, high-speed leak detection. |
1. Vacuum chamber leak detection system designed for household refrigeration manufacturing. 2. Full-chain customization from core components to system integration. 3. Intelligent interface for easy operation and data management. 4. Automated material handling for high-throughput, precise leak testing. |
| OS-Vacuum Chamber Leak Detection System for Power Industry | 1. Applications: Leak detection for SF6 gas-insulated switchgear, bushing terminals, GIS/GIL, pole-mounted switches, power castings, fuse tubes/bushings, and more; 2. Core technology: Independent intellectual property with full-chain customizable solutions; 3. Interface: Intelligent human-machine interaction with comprehensive data management; 4. Automation: Automatic loading/unloading with precise, high-speed leak detection. |
1. Vacuum chamber leak detection system designed for power equipment manufacturing. 2. Full-chain customization from core components to system integration. 3. Intelligent interface for easy operation and data management. 4. Automated material handling for high-throughput, precise leak testing. |
| OS-Helium Recovery and Purification System | 1. Function: Specially designed for recovering, storing, purifying, and recycling helium used in leak detection processes; 2. Recovery rate: Up to 98%; 3. Performance: Fast helium recovery with high-precision purification capability. |
1. Helium recovery and purification system for cost-effective leak detection operations. 2. High recovery rate (up to 98%) for significant cost savings. 3. Fast recovery with high-precision purification for recycled helium quality. |
| OS-Water Quality Monitoring Instruments Series | Products: WS1502s Total Nitrogen Online Analyzer; WMS1800s Outdoor Mini Water Quality Monitoring System; WMS1800 Water Quality Monitoring Station; WMS1800-ZH Smart Unmanned Water Quality Station; WS1501s CODcr Online Analyzer; WS1503s Ammonia Nitrogen Online Analyzer; WS1504s Total Phosphorus Online Analyzer; WS1505s Total Nitrogen Online Analyzer; WS1506s Permanganate Index Online Analyzer; WS1507s Nitrate Nitrogen Online Analyzer; WS1508s Total Arsenic Online Analyzer; WS1509s Orthophosphate Online Analyzer; WS1510s Total Lead Online Analyzer; WS1512s Total Cadmium Online Analyzer; WS1515s Hexavalent Chromium Online Analyzer; WS1516s Total Chromium Online Analyzer; WS1518s Total Nickel Online Analyzer; WS1520s Total Copper Online Analyzer; WS1522s Total Zinc Online Analyzer; WS1524s Total Iron Online Analyzer; WS1525s Fluoride Online Analyzer; WS1526s Total Manganese Online Analyzer; WS1527s Residual Chlorine/Total Residual Chlorine Online Analyzer; WS2301 Water Quality Automatic Sampler; WS1801 Water Quality Automatic Sampler; WS1806 Five-Parameter Online Analyzer. | 1. Comprehensive water quality monitoring instrument series covering multiple parameters (COD, ammonia nitrogen, total phosphorus, total nitrogen, heavy metals, etc.). 2. Online analyzers for various applications (surface water, wastewater, drinking water). 3. Includes complete systems (monitoring stations, outdoor mini systems, unmanned stations) and samplers. 4. Designed for environmental monitoring and industrial wastewater treatment. |
| OS-Mobile Helium Mass Spectrometer Leak Detector | 1. Function: Quick positioning and quantitative measurement of leaks in sealed containers; 2. Technology: High-precision gas analysis with helium as tracer gas (inert, non-toxic, non-destructive, light); 3. Advantages: Ultra-fast response; high sensitivity; short measurement time; lightweight and efficient design for various production environments; 4. Comparison: Superior to bubble testing, pressure decay testing, and halogen detection methods. |
1. Mobile helium mass spectrometer leak detector for fast, accurate leak detection. 2. High sensitivity with quick response and short measurement cycles. 3. Lightweight, portable design suitable for diverse production environments. 4. Safe and reliable with helium tracer gas. |
| OS-SFJ-16F Dual-Molecular Pump Helium Mass Spectrometer Leak Detector | 1. Design: Dual-molecular pump configuration with proprietary software algorithms and customer-validated vacuum system; 2. Performance: Fast response across full measurement range; extremely short cycle time from start to test result; 3. Vacuum system: High sustained helium pumping speed and response; 4. Features: Ultra-fast response; high robustness; low failure rate; lightweight and efficient for various production environments. |
1. Dual-molecular pump helium mass spectrometer leak detector for demanding applications. 2. Proprietary algorithms and validated vacuum system ensure reliable performance. 3. Fast response and short measurement cycles for high throughput. 4. High robustness with low failure rate for long-term reliability. |
| OS-Modular Helium Mass Spectrometer Leak Detector | 1. Design: Modular structure for easy system integration; 2. Features: Compact and lightweight design; multiple system control options; rich functionality; high reliability; intelligent operation; 3. Applications: Widely used in various automated assembly lines. |
1. Modular helium mass spectrometer leak detector for automated production environments. 2. Compact design with easy integration into assembly lines. 3. Multiple control options and rich functionality for flexible operation. 4. High reliability and intelligent performance. |
| OS-Differential Pressure Air Leak Detector | 1. Components: Low-leakage, reliable pneumatic valve sets; high-sensitivity, high-pressure-resistant sensors (pressure or flow sensors); 2. Features: High direct pressure resolution and detection sensitivity; powerful expansion outputs; multi-channel parameter settings; large-capacity data storage; communication and data transmission capabilities; 3. Operation: Simple and convenient; supports manual or automatic testing under various conditions. |
1. Differential pressure air leak detector for precise leak testing. 2. High-resolution, high-sensitivity detection with reliable pneumatic components. 3. Intelligent system with extensive data storage and retrieval capabilities. 4. Flexible operation with multiple parameter settings and communication options. |
| OS-Direct Pressure Air Leak Detector | 1. Principle: High-precision pressure sensor measures pressure drop over unit time; 2. System: Simple structure for high reliability and low maintenance cost; 3. Applications: Suitable for long-duration pressure monitoring and leak detection on large-volume systems. |
1. Direct pressure air leak detector for reliable pressure decay testing. 2. Simple, robust design with high reliability and low maintenance. 3. Ideal for large-volume and long-duration leak detection applications. |
| OS-Flow Rate Air Leak Detector | 1. Principle: Fills the test object with compressed air at specified pressure; maintains pressurization; measures flow changes via a flow sensor to detect leakage and quantify leak rate; 2. Features: High-sensitivity flow sensor; precise detection of leak-induced flow changes; 3. Technology: Measures actual leak flow rate during sustained pressurization. |
1. Flow rate air leak detector for direct leak rate measurement. 2. High-sensitivity detection with real-time flow monitoring. 3. Ideal for applications requiring quantified leak rate values. |
On-line Detection Instruments
| Product Name & Model | Parameters & Specifications | Features & Applications |
|---|---|---|
| OS-WS1503s Ammonia Nitrogen Online Water Quality Analyzer | 1. Principle: In alkaline medium with sodium nitroprusside, ammonium ions react with salicylate and hypochlorite to form a blue compound; absorbance measured by photometric method (Lambert-Beer law); specific masking agents remove cation interferences (Ca²⁺, Mg²⁺); 2. Metering: Unique three-stage precision photoelectric metering for fast, accurate reagent extraction; minimizes peristaltic tube aging effects; 3. Compensation: Precise temperature compensation and ambient light elimination for year-round accuracy; 4. Reliability: High-reliability reagent selection valve and digestion vessel components; low failure rate; low maintenance; 5. Safety: Complete digestion pressure detection protection, temperature protection, and leak alarm; 6. Maintenance: User-editable field maintenance procedures for improved efficiency; 7. Protection: IP54 rated; water-electricity separation; one-key debugging. |
1. Online ammonia nitrogen analyzer for water quality monitoring. 2. High-precision photometric method with masking agents for interference removal. 3. Three-stage precision metering for accurate and reliable reagent delivery. 4. Temperature compensation and ambient light elimination for consistent performance. 5. Low-maintenance design with comprehensive safety and alarm features. |
| OS-WS1502s Total Nitrogen Online Water Quality Analyzer | 1. Method: Alkaline potassium persulfate digestion-UV spectrophotometry (HJ 636-2012); 2. Range: 0-200 mg/L (extendable); 3. Performance: ±5% error; zero drift ≤0.05 mg/L; span drift ≤2%; repeatability ≤5%; LOQ 0.2mg/L (±30%); 4. Interference: Dual-wavelength correction (220nm/275nm) eliminates organic UV absorption interference; dynamic turbidity/color compensation; 5. Reliability: Unaffected by ambient temperature changes (no compensation needed); three-stage photoelectric metering with auto-diagnosis/calibration; 6. Safety: Complete digestion pressure/temperature/leak protection; 7. Interface: 4-20mA/RS232/RS485; complies with HJ-212-2025; 8. Operation: Touchscreen interface; user-editable maintenance procedures; 9. Dimensions: 450×340×1500mm (W×D×H); IP54 rated; 10. Applications: Municipal wastewater plants, industrial parks, river/lake monitoring, drinking water sources, environmental enforcement, smart water platforms. |
1. Online total nitrogen analyzer for water quality monitoring. 2. Complies with national standard HJ 636-2012 for accurate TN measurement. 3. Dual-wavelength correction eliminates organic interference; dynamic compensation for turbidity/color. 4. Three-stage precision metering with auto-diagnosis for low maintenance. 5. Comprehensive safety features and touchscreen operation. 6. Wide application range for environmental and wastewater monitoring. |
| OS-WMS1800s Outdoor Mini Water Quality Monitoring System | 1. Parameters: pH, dissolved oxygen, conductivity, turbidity, water temperature, permanganate index, ammonia nitrogen, total phosphorus, total nitrogen; 2. Features: Automated sample collection and processing; real-time and hourly data recording; automated pipeline cleaning and algae removal; low maintenance; 3. Installation: Easy installation and maintenance; equipped with air conditioning for temperature/humidity control; 4. Protection: Outdoor enclosure rated IP55+; alarms for lightning, power failure, water ingress, smoke, temperature/humidity; 5. Operation: 24/7 unattended operation. |
1. Outdoor mini water quality monitoring system for environmental monitoring. 2. Integrated design with small footprint and strong environmental adaptability. 3. Measures 9 key parameters with automated sample handling. 4. IP55+ enclosure with comprehensive alarms for reliable unattended operation. |
| OS-WMS1800 Water Quality Automated Monitoring Station | 1. Core: Integrated online analyzers with automated measurement, control, sensor, communication, and computer technologies; 2. Components: Sample collection/distribution unit, analytical testing unit, data management/control unit, quality control unit, and auxiliary systems; 3. Function: Real-time continuous monitoring of surface water quality; tracking of water quality status and trends; 4. Role: Critical for assessing water pollution control effectiveness and evaluating surface water environmental quality. |
1. Fully integrated water quality automated monitoring station for surface water. 2. Flexible parameter configurations with complete data quality assurance. 3. Strong adaptability to various site conditions. 4. Supports regulatory compliance and environmental quality assessment. |
| OS-WMS1800-ZH Smart Unmanned Water Quality Monitoring Station | 1. Technology: Integration of IoT, sensors, AI video surveillance, intelligent voice interaction, and big data models; 2. Features: Automated inspection, intelligent quality control, intelligent diagnostics, intelligent operation/maintenance, and intelligent data review; 3. Goal: Unmanned operation for digital and intelligent transformation of surface water monitoring. |
1. Smart unmanned water quality station for automated, intelligent monitoring. 2. Integrates AI and IoT for advanced quality control and diagnostics. 3. Enables data-driven decision making for environmental protection. |
| OS-WS1501s CODcr Online Water Quality Analyzer | 1. Method: Dichromate digestion-spectrophotometric method; sample with potassium dichromate in strong acid medium with silver sulfate catalyst and mercury sulfate chloride masking agent; high-temperature, high-pressure sealed digestion; photometric measurement of Cr³⁺ production; CODcr value calculated by Lambert-Beer law; 2. Metering: Unique three-stage precision photoelectric metering for fast, accurate reagent extraction; minimizes peristaltic tube aging effects; 3. Compensation: Precise temperature compensation and ambient light elimination for consistent accuracy; 4. Reliability: High-reliability reagent selection valve and digestion vessel components; low failure rate; low maintenance; 5. Safety: Complete digestion pressure detection protection, temperature protection, and leak alarm; 6. Maintenance: User-editable field maintenance procedures for improved efficiency. |
1. Online CODcr analyzer for water quality monitoring. 2. Complies with dichromate method for reliable COD measurement. 3. Three-stage precision metering for accurate reagent delivery. 4. Temperature compensation and ambient light elimination for consistent performance. 5. Low-maintenance design with comprehensive safety and alarm features. |
| OS-WS1504s Total Phosphorus Online Water Quality Analyzer | 1. Method: Potassium persulfate digestion-ascorbic acid reduction spectrophotometry; various phosphorus forms converted to orthophosphate under high temperature/pressure; orthophosphate reacts with ammonium molybdate in acidic medium with antimony salt to form phosphomolybdic heteropoly acid; reduced by ascorbic acid to blue complex; absorbance measured at specific wavelength; concentration calculated by Lambert-Beer law; 2. Metering: Unique three-stage precision photoelectric metering for fast, accurate reagent extraction; minimizes peristaltic tube aging effects; 3. Compensation: Precise temperature compensation and ambient light elimination for consistent accuracy; turbidity compensation; 4. Reliability: High-reliability reagent selection valve and digestion vessel components; low failure rate; low maintenance; 5. Safety: Complete digestion pressure detection protection, temperature protection, and leak alarm; 6. Maintenance: User-editable field maintenance procedures for improved efficiency. |
1. Online total phosphorus analyzer for water quality monitoring. 2. Complies with standard method for reliable TP measurement. 3. Three-stage precision metering for accurate reagent delivery. 4. Temperature compensation, ambient light elimination, and turbidity compensation for consistent performance. 5. Low-maintenance design with comprehensive safety and alarm features. |
| OS-WS1505s Total Nitrogen Online Water Quality Analyzer | 1. Method: Alkaline potassium persulfate digestion-colorimetric method; various nitrogen forms converted to nitrate under high temperature/pressure; chromogenic reaction with nitrate in strong acid medium; absorbance measured at specific wavelength; concentration calculated by Lambert-Beer law; 2. Metering: Unique three-stage precision photoelectric metering for fast, accurate reagent extraction; minimizes peristaltic tube aging effects; 3. Compensation: Precise temperature compensation and ambient light elimination for consistent accuracy; specific turbidity compensation for interference-free monitoring; 4. Reliability: High-reliability reagent selection valve and digestion vessel components; low failure rate; low maintenance; 5. Safety: Complete digestion pressure detection protection, temperature protection, and leak alarm; 6. Features: Automatic back-flushing; large display with ample memory; high pass rate for blind sample assessments. |
1. Online total nitrogen analyzer for water quality monitoring. 2. Complies with alkaline persulfate method for reliable TN measurement. 3. Three-stage precision metering for accurate reagent delivery. 4. Temperature compensation, ambient light elimination, and turbidity compensation for consistent performance. 5. Low-maintenance design with comprehensive safety and alarm features. |
| OS-WS1506s Permanganate Index Online Water Quality Analyzer | 1. Method: Permanganate titration with ORP endpoint detection; precise metering of sample, sulfuric acid, and potassium permanganate; heating digestion under atmospheric pressure; cooling; addition of excess sodium oxalate to consume residual permanganate; back-titration with potassium permanganate; endpoint detected by ORP electrode; concentration calculated based on standard curve; 2. Metering: Unique three-stage precision photoelectric metering for fast, accurate reagent extraction; minimizes peristaltic tube aging effects; 3. Compensation: Precise temperature compensation and ambient light elimination for consistent accuracy; 4. Reliability: High-reliability reagent selection valve and digestion vessel components; low failure rate; low maintenance; 5. Safety: Complete digestion pressure detection protection, temperature protection, and leak alarm; 6. Features: Two-point calibration with single standard curve; purified water recycling; user-editable field maintenance procedures; touchscreen interface. |
1. Online permanganate index analyzer for water quality monitoring. 2. Titration method with ORP endpoint detection for accuracy. 3. Three-stage precision metering for reliable reagent delivery. 4. Temperature compensation for consistent performance. 5. Low-maintenance design with comprehensive safety and alarm features. |
| OS-WS1507s Nitrate Nitrogen Online Water Quality Analyzer | 1. Method: Colorimetric reaction of nitrate with chromogenic reagent in strong acid medium at controlled temperature; complex formed with maximum absorbance at specific wavelength; concentration calculated by photometric method (Lambert-Beer law); 2. Metering: Unique three-stage precision photoelectric metering for fast, accurate reagent extraction; minimizes peristaltic tube aging effects; 3. Compensation: Precise temperature compensation and ambient light elimination for year-round accuracy; 4. Safety: Complete digestion pressure detection protection, temperature protection, and leak alarm; automatic electric safety door for operator protection; 5. Flexibility: Multiple reagent formulations for different site conditions; customizable measurement ranges. |
1. Online nitrate nitrogen analyzer for water quality monitoring. 2. High-precision colorimetric method with multi-formula flexibility. 3. Three-stage precision metering for reliable performance. 4. Comprehensive safety features including automatic safety door. 5. Customizable ranges for diverse application needs. |
| OS-WS1508s Total Arsenic Online Water Quality Analyzer | 1. Method: Oxidation digestion-spectrophotometric method; various arsenic species converted to pentavalent arsenic under high temperature/pressure with oxidant; reaction with chromogenic reagent in acidic medium to form yellow complex; maximum absorbance at specific wavelength; concentration calculated by Lambert-Beer law; 2. Metering: Unique three-stage precision photoelectric metering for fast, accurate reagent extraction; minimizes peristaltic tube aging effects; 3. Compensation: Precise temperature compensation and ambient light elimination for year-round accuracy; 4. Reliability: High-reliability reagent selection valve and digestion vessel components; low failure rate; low maintenance; 5. Safety: Complete digestion pressure detection protection, temperature protection, and leak alarm; automatic electric safety door for operator protection; 6. Flexibility: Multiple reagent formulations for different site conditions; customizable measurement ranges. |
1. Online total arsenic analyzer for water quality monitoring. 2. High-precision colorimetric method with multi-formula flexibility. 3. Three-stage precision metering for reliable performance. 4. Comprehensive safety features including automatic safety door. 5. Customizable ranges for diverse application needs. |
| OS-WS1509s Orthophosphate Online Water Quality Analyzer | 1. Method: Ammonium molybdate-ascorbic acid reduction spectrophotometry; orthophosphate reacts with ammonium molybdate in acidic medium with antimony salt to form phosphomolybdic heteropoly acid; reduced by ascorbic acid to blue complex; maximum absorbance at specific wavelength; concentration calculated by photometric method; 2. Metering: Unique three-stage precision photoelectric metering for fast, accurate reagent extraction; minimizes peristaltic tube aging effects; 3. Compensation: Precise temperature compensation and ambient light elimination for year-round accuracy; 4. Reliability: High-reliability reagent selection valve and digestion vessel components; low failure rate; low maintenance; 5. Safety: Automatic electric safety door for operator protection; 6. Flexibility: Multiple reagent formulations for different site conditions; customizable measurement ranges. |
1. Online orthophosphate analyzer for water quality monitoring. 2. High-precision colorimetric method with multi-formula flexibility. 3. Three-stage precision metering for reliable performance. 4. Automatic safety door for operator protection. 5. Customizable ranges for diverse application needs. |
| OS-WS1510s Total Lead Online Water Quality Analyzer | 1. Method: Oxidation digestion-colorimetric method; various lead species oxidized to lead ions under high temperature/pressure with oxidant in neutral conditions; reaction with chromogenic reagent in strong alkaline solution to form yellow-green complex; maximum absorbance at specific wavelength; concentration calculated by photometric method; 2. Metering: Unique three-stage precision photoelectric metering for fast, accurate reagent extraction; minimizes peristaltic tube aging effects; 3. Safety: Complete digestion pressure detection protection, temperature protection, and leak alarm; automatic electric safety door for operator protection; 4. Maintenance: User-editable field maintenance procedures for improved efficiency; 5. Operation: Touchscreen interface for simple operation; 6. Flexibility: Multiple reagent formulations for different site conditions; customizable measurement ranges. |
1. Online total lead analyzer for water quality monitoring. 2. High-precision colorimetric method with multi-formula flexibility. 3. Three-stage precision metering for reliable performance. 4. Comprehensive safety features including automatic safety door. 5. Touchscreen operation and customizable ranges. |
| OS-WS1512s Total Cadmium Online Water Quality Analyzer | 1. Method: Oxidation digestion-colorimetric method; various cadmium species oxidized to cadmium ions under high temperature/pressure with oxidant in neutral conditions; reaction with chromogenic reagent in strong alkaline solution to form yellow-green complex; maximum absorbance at specific wavelength; concentration calculated by photometric method; 2. Compensation: Precise temperature compensation and ambient light elimination for year-round accuracy; 3. Reliability: High-reliability reagent selection valve and digestion vessel components; low failure rate; low maintenance; 4. Safety: Complete digestion pressure detection protection, temperature protection, and leak alarm; automatic electric safety door for operator protection; 5. Flexibility: Multiple reagent formulations for different site conditions; customizable measurement ranges. |
1. Online total cadmium analyzer for water quality monitoring. 2. High-precision colorimetric method with multi-formula flexibility. 3. Temperature compensation for consistent performance. 4. Comprehensive safety features including automatic safety door. 5. Customizable ranges for diverse application needs. |
| OS-WS1515s Hexavalent Chromium Online Water Quality Analyzer | 1. Method: Acidic colorimetric method with chromogenic reagent; hexavalent chromium reacts with reagent in acidic solution to form purple-red complex; maximum absorbance at specific wavelength; concentration calculated by photometric method; 2. Metering: Unique three-stage precision photoelectric metering for fast, accurate reagent extraction; minimizes peristaltic tube aging effects; 3. Compensation: Precise temperature compensation and ambient light elimination for year-round accuracy; 4. Reliability: High-reliability reagent selection valve and digestion vessel components; low failure rate; low maintenance; 5. Flexibility: Multiple reagent formulations for different site conditions; customizable measurement ranges. |
1. Online hexavalent chromium analyzer for water quality monitoring. 2. High-precision colorimetric method with multi-formula flexibility. 3. Three-stage precision metering for reliable performance. 4. Temperature compensation for consistent accuracy. 5. Low-maintenance design with customizable ranges. |
| OS-WS1516s Total Chromium Online Water Quality Analyzer | 1. Method: Alkaline oxidation digestion-colorimetric method; various chromium species oxidized to hexavalent chromium under high temperature/pressure with oxidant in alkaline conditions; hexavalent chromium reacts with chromogenic reagent in acidic solution to form purple-red complex; maximum absorbance at specific wavelength; concentration calculated by photometric method; 2. Metering: Unique three-stage precision photoelectric metering for fast, accurate reagent extraction; minimizes peristaltic tube aging effects; 3. Compensation: Precise temperature compensation and ambient light elimination for year-round accuracy; 4. Reliability: High-reliability reagent selection valve and digestion vessel components; low failure rate; low maintenance; 5. Safety: Complete digestion pressure detection protection, temperature protection, and leak alarm; automatic electric safety door for operator protection; 6. Flexibility: Multiple reagent formulations for different site conditions; customizable measurement ranges. |
1. Online total chromium analyzer for water quality monitoring. 2. High-precision colorimetric method with multi-formula flexibility. 3. Three-stage precision metering for reliable performance. 4. Comprehensive safety features including automatic safety door. 5. Customizable ranges for diverse application needs. |
| OS-WS1518s Total Nickel Online Water Quality Analyzer | 1. Method: Oxidation digestion-colorimetric method with dimethylglyoxime; various nickel species oxidized to tetravalent nickel ions under high temperature/pressure with oxidant; in strong alkaline medium, tetravalent nickel reacts with dimethylglyoxime to form orange-yellow soluble complex; maximum absorbance at specific wavelength; concentration calculated by photometric method; 2. Metering: Unique three-stage precision photoelectric metering for fast, accurate reagent extraction; minimizes peristaltic tube aging effects; 3. Compensation: Precise temperature compensation and ambient light elimination for year-round accuracy; 4. Reliability: High-reliability reagent selection valve and digestion vessel components; low failure rate; low maintenance; 5. Safety: Complete digestion pressure detection protection, temperature protection, and leak alarm; 6. Maintenance: User-editable field maintenance procedures for improved efficiency; 7. Flexibility: Multiple reagent formulations for different site conditions; customizable measurement ranges. |
1. Online total nickel analyzer for water quality monitoring. 2. High-precision colorimetric method with multi-formula flexibility. 3. Three-stage precision metering for reliable performance. 4. Temperature compensation for consistent accuracy. 5. Low-maintenance design with customizable ranges. |
| OS-WS1520s Total Copper Online Water Quality Analyzer | 1. Method: Oxidation digestion-reduction-colorimetric method; various copper species oxidized to cupric ions under high temperature/pressure with oxidant; cupric ions reduced to cuprous ions by reducing agent; reaction with chromogenic reagent to form stable yellow-brown complex; maximum absorbance at specific wavelength; concentration calculated by photometric method; 2. Metering: Unique three-stage precision photoelectric metering for fast, accurate reagent extraction; minimizes peristaltic tube aging effects; 3. Compensation: Precise temperature compensation and ambient light elimination for year-round accuracy; 4. Reliability: High-reliability reagent selection valve and digestion vessel components; low failure rate; low maintenance; 5. Safety: Complete digestion pressure detection protection, temperature protection, and leak alarm; 6. Maintenance: User-editable field maintenance procedures for improved efficiency; 7. Flexibility: Multiple reagent formulations for different site conditions; customizable measurement ranges. |
1. Online total copper analyzer for water quality monitoring. 2. High-precision colorimetric method with multi-formula flexibility. 3. Three-stage precision metering for reliable performance. 4. Temperature compensation for consistent accuracy. 5. Low-maintenance design with customizable ranges. |
| OS-WS1522s Total Zinc Online Water Quality Analyzer | 1. Method: Oxidation digestion-colorimetric method; various zinc species converted to zinc ions under high temperature/pressure with oxidant; in weak alkaline conditions, zinc ions react with chromogenic reagent to form stable complex; maximum absorbance at specific wavelength; concentration calculated by photometric method; 2. Metering: Unique three-stage precision photoelectric metering for fast, accurate reagent extraction; minimizes peristaltic tube aging effects; 3. Compensation: Precise temperature compensation and ambient light elimination for year-round accuracy; 4. Reliability: High-reliability reagent selection valve and digestion vessel components; low failure rate; low maintenance; 5. Safety: Complete digestion pressure detection protection, temperature protection, and leak alarm; 6. Flexibility: Multiple reagent formulations for different site conditions; customizable measurement ranges. |
1. Online total zinc analyzer for water quality monitoring. 2. High-precision colorimetric method with multi-formula flexibility. 3. Three-stage precision metering for reliable performance. 4. Temperature compensation for consistent accuracy. 5. Low-maintenance design with customizable ranges. |
| OS-WS1524s Total Iron Online Water Quality Analyzer | 1. Method: Oxidation digestion-colorimetric method; various iron species converted to ferric ions under high temperature/pressure with oxidant; ferric ions react with chromogenic reagent to form stable complex; maximum absorbance at specific wavelength; concentration calculated by photometric method; 2. Metering: Unique three-stage precision photoelectric metering for fast, accurate reagent extraction; minimizes peristaltic tube aging effects; 3. Compensation: Precise temperature compensation and ambient light elimination for year-round accuracy; 4. Reliability: High-reliability reagent selection valve and digestion vessel components; low failure rate; low maintenance; 5. Safety: Complete digestion pressure detection protection, temperature protection, and leak alarm; 6. Flexibility: Multiple reagent formulations for different site conditions; customizable measurement ranges. |
1. Online total iron analyzer for water quality monitoring. 2. High-precision colorimetric method with multi-formula flexibility. 3. Three-stage precision metering for reliable performance. 4. Temperature compensation for consistent accuracy. 5. Low-maintenance design with customizable ranges. |
| OS-WS1525s Fluoride Online Water Quality Analyzer | 1. Method: Colorimetric method with alizarin complexone-lanthanum nitrate; fluoride ions react with alizarin complexone in acetate buffer (pH 4.1) with lanthanum nitrate to form blue ternary complex; maximum absorbance at specific wavelength; concentration calculated by photometric method; 2. Metering: Unique three-stage precision photoelectric metering for fast, accurate reagent extraction; minimizes peristaltic tube aging effects; 3. Compensation: Precise temperature compensation and ambient light elimination for year-round accuracy; 4. Reliability: High-reliability reagent selection valve and digestion vessel components; low failure rate; low maintenance; 5. Operation: Touchscreen interface for simple operation; 6. Flexibility: Multiple reagent formulations for different site conditions; customizable measurement ranges. |
1. Online fluoride analyzer for water quality monitoring. 2. High-precision colorimetric method with multi-formula flexibility. 3. Three-stage precision metering for reliable performance. 4. Temperature compensation for consistent accuracy. 5. Touchscreen operation for ease of use. |
| OS-WS1526s Total Manganese Online Water Quality Analyzer | 1. Method: Oxidation digestion-colorimetric method with formaldoxime; various manganese species converted to manganese ions under high temperature/pressure with oxidant; in alkaline solution (pH 9.0-10.0), manganese ions react with formaldoxime to form brown complex; maximum absorbance at specific wavelength; concentration calculated by photometric method; 2. Metering: Unique three-stage precision photoelectric metering for fast, accurate reagent extraction; minimizes peristaltic tube aging effects; 3. Compensation: Precise temperature compensation and ambient light elimination for year-round accuracy; 4. Reliability: High-reliability reagent selection valve and digestion vessel components; low failure rate; low maintenance; 5. Safety: Automatic electric safety door for operator protection; 6. Maintenance: User-editable field maintenance procedures for improved efficiency; 7. Flexibility: Multiple reagent formulations for different site conditions; customizable measurement ranges. |
1. Online total manganese analyzer for water quality monitoring. 2. High-precision colorimetric method with multi-formula flexibility. 3. Three-stage precision metering for reliable performance. 4. Temperature compensation for consistent accuracy. 5. Comprehensive safety features and customizable ranges. |
| OS-WS1527s Residual Chlorine/Total Residual Chlorine Online Water Quality Analyzer | 1. Method: Colorimetric method with chromogenic reagent in acidic conditions; residual chlorine reacts to form stable complex; maximum absorbance at specific wavelength; concentration calculated by photometric method; 2. Applications: Online monitoring of total residual chlorine (or free chlorine) in medical wastewater discharge, surface water, and other water bodies; 3. Metering: Unique three-stage precision photoelectric metering for fast, accurate reagent extraction; minimizes peristaltic tube aging effects; 4. Compensation: Precise temperature compensation and ambient light elimination for year-round accuracy; 5. Reliability: High-reliability reagent selection valve and digestion vessel components; low failure rate; low maintenance; 6. Maintenance: User-editable field maintenance procedures for improved efficiency; 7. Operation: Touchscreen interface for simple operation; 8. Flexibility: Multiple reagent formulations for different site conditions; customizable measurement ranges. |
1. Online residual chlorine/total residual chlorine analyzer for water quality monitoring. 2. High-precision colorimetric method with multi-formula flexibility. 3. Three-stage precision metering for reliable performance. 4. Temperature compensation for consistent accuracy. 5. Touchscreen operation and customizable ranges. |
| OS-WS2301 Water Quality Automatic Sampler | 1. Control: ARM microprocessor-based embedded control technology; 2. Capacity: Dual 5L mixing tanks for uninterrupted mixed sample supply; 3. Integration: Connects with online analyzers for over-limit sample retention and mixed sample delivery; automatic acid addition to preserve sample concentration; connects with flow meters for flow-proportional sampling; 4. Sampling modes: Timed, real-time, time-proportional, flow-proportional, timed-flow-proportional, flow-tracking, digital input control, and remote control; 5. Remote access: Communication interface for remote control of sampling, supply, retention, and parameter settings; 6. Security: Administrator and operator password protection; 7. Features: Pressurized liquid discharge; unpressurized sample supply; automatic sealing for retained samples; print function for barcode labels with sampling time, mode, and detection values. |
1. Intelligent automatic water sampler for environmental monitoring. 2. Dual 5L mixing tanks ensure continuous sample supply. 3. Multiple sampling modes and remote control capabilities. 4. Automatic acid addition for sample preservation. 5. Print function for traceable sample management. |
| OS-WS1801 Water Quality Automatic Sampler | 1. Control: Embedded control technology; 2. Design: Built-in unique sample storage device for uninterrupted mixed sample supply; 3. Integration: Connects with online analyzers for over-limit sample retention, synchronous sample retention, and mixed sample delivery; connects with flow meters for flow-tracking sampling; 4. Sampling modes: Timed, time-proportional, flow-proportional, flow-tracking, external control, and serial port control; 5. Features: Multiple mixed sample preparation units; label printing; precise temperature control; password protection; power-off protection; 6. Remote access: Remote control of sample retention, parameter reading/setting, and retention record query. |
1. Intelligent automatic water sampler for environmental monitoring. 2. Built-in sample storage ensures continuous mixed sample supply. 3. Multiple sampling modes and remote control capabilities. 4. Precise temperature control for sample preservation. 5. Label printing for traceable sample management. |
| OS-WS1806 Five-Parameter Online Water Quality Analyzer | 1. Parameters: pH, temperature, dissolved oxygen, conductivity, turbidity; 2. Design: Integrated multi-sensor module; sensors are automatically recognized (plug-and-play); expandable monitoring parameters; 3. Display: Color touchscreen with Chinese interface; 4. Data: Real-time measurement display and sensor status; data storage, viewing, and export; configurable storage cycle; stores >5 years of log data; 5. Protection: Transmitter IP65; probe IP68; suitable for outdoor and indoor installation; 6. Features: Lower failure rate; lower maintenance; higher cost-performance ratio. |
1. Online multi-parameter water quality monitor for continuous environmental monitoring. 2. Measures 5 key parameters with plug-and-play sensor recognition. 3. Touchscreen interface with data storage and export capabilities. 4. Robust design with IP65/IP68 protection for various installation environments. |
| OS-AQ7800 Ambient Air NMHC Continuous Monitoring System (Direct Method) | 1. Analytes: Methane, non-methane hydrocarbons (NMHC), plus optional meteorological parameters (temperature, humidity, pressure, wind speed, wind direction); 2. Subsystems: Sample collection unit, quality control unit, gas source unit, analysis unit, and data acquisition/transmission unit; 3. Principle: Hydrogen flame ionization detection (FID) with high sensitivity, wide linear range, and low dead volume; 4. Method: Low-temperature enrichment and chromatographic column separation combined with valve-switching technology; 5. Analysis time: 6-7 minutes for both NMHC and methane; 6. Features: Direct method with low detection limits; full high-temperature trace heating (no cold spots); passivated tubing to reduce adsorption. |
1. Ambient air continuous monitoring system for non-methane hydrocarbons using direct measurement method. 2. High-sensitivity FID detection with low-temperature enrichment for accurate analysis. 3. Fast 6-7 minute analysis cycle. 4. Full trace heating and passivated tubing ensure sample integrity. |
| OS-AQ7000 Ambient Air Quality Continuous Automated Monitoring System | 1. Components: Sampling device, analyzers, quality control equipment, meteorological system, substation data acquisition software, central server; 2. Monitored parameters: Sulfur dioxide, nitrogen oxides, carbon monoxide, ozone (gaseous), PM10, PM2.5 (particulate), and 5 meteorological parameters; 3. Operation: 24/7 continuous monitoring; 4. Features: High sensitivity; mature technology; good stability; low maintenance; fully automated quality control; remote control capability; 5. Data: Substation data acquisition system collects and stores monitoring data; transmits to central server on schedule or in real-time; 6. Integration: Modular integration with independent, reliable units connected via standardized digital interfaces. |
1. Ambient air quality continuous monitoring system for 24/7 environmental surveillance. 2. Covers gaseous, particulate, and meteorological parameters. 3. High sensitivity and stability with low maintenance requirements. 4. Automated quality control and remote control capabilities. |
| OS-NM1000 Environmental Noise Automatic Monitor | 1. System components: Noise monitoring terminal, all-weather outdoor microphone unit, meteorological sensors, traffic flow monitor, video surveillance, display screen, data transmission equipment; 2. Data transmission: 4G, WiFi, or wired network to software platform; serial port to LED display for on-site viewing; 3. Features: Continuous automatic monitoring; long-term data storage; multi-level user management; real-time data viewing; historical data analysis; report generation; equipment maintenance information; 4. Integration: Meteorological data integrated into noise monitoring; camera binding for remote real-time viewing; over-limit voice broadcast; event notification. |
1. Environmental noise monitoring system for continuous automatic data collection and analysis. 2. Comprehensive monitoring with meteorological, traffic, and video surveillance integration. 3. Multiple data transmission options and software platform for analysis and reporting. 4. Remote monitoring and alarm functions for efficient management. |
| OS-AQ7011 H2S Analyzer | 1. Principle: H2S converted to SO2 by high-temperature catalysis; SO2 irradiated with specific UV wavelength; SO2 absorbs UV light causing energy level transition (ground state to excited state); excited SO2 returns to ground state emitting fluorescence at 330nm; fluorescence intensity proportional to SO2 concentration; 2. Features: Multi-channel digital and analog outputs; standalone or system-integrated operation; remote control interface; graded password access control; high system integration; rugged construction; easy maintenance. |
1. Hydrogen sulfide analyzer for ambient air monitoring. 2. UV fluorescence method with high-temperature catalytic conversion. 3. Reliable detection with multi-output and remote control capabilities. 4. Robust design for continuous monitoring applications. |
| OS-AQ7010 SO2 Analyzer | 1. Principle: SO2 absorbs specific UV wavelength light causing energy level transition (ground state to excited state); excited SO2 returns to ground state emitting fluorescence at 330nm; fluorescence intensity proportional to SO2 concentration; 2. Features: Multi-channel digital and analog outputs; standalone or system-integrated operation; remote control interface; graded password access control; high system integration; rugged construction; easy maintenance. |
1. Sulfur dioxide analyzer for ambient air monitoring. 2. UV fluorescence method for high-sensitivity SO2 detection. 3. Reliable performance with multi-output and remote control capabilities. 4. Robust design for continuous monitoring applications. |
| OS-AQ7020 NO-NO2-NOx Analyzer | 1. Principle: Chemical reaction between NO and O3; part of the NO2 produced becomes excited-state NO2; molecules emit light when returning to ground state; intensity proportional to NO concentration; 2. Features: Multi-channel digital and analog outputs; standalone or system-integrated operation; remote control interface; adaptive filtering for optimized response time; remote calibration and parameter diagnostics; built-in memory stores >1 year of average data. |
1. Nitrogen oxide analyzer for ambient air monitoring. 2. Chemiluminescence method for accurate NO, NO2, and NOx measurement. 3. Supports remote calibration and diagnostics for convenient maintenance. 4. Long-term data storage and multi-output capabilities. |
| OS-AQ7030 CO Analyzer | 1. Principle: Based on characteristic absorption of CO at 4.65μm infrared radiation; infrared light alternately passes through high-concentration CO side and N2 side of the correlation wheel; enters multi-pass gas cell for target gas absorption; detected and converted to measurement and reference signals; concentration calculated by Lambert-Beer law; 2. Features: Multi-channel digital and analog outputs; standalone or system-integrated operation; remote control interface; graded password access control; high system integration; rugged construction; easy maintenance. |
1. Carbon monoxide analyzer for ambient air monitoring. 2. Non-dispersive infrared (NDIR) method with gas-filter correlation. 3. Reliable detection with multi-output and remote control capabilities. 4. Robust design for continuous monitoring applications. |
| OS-AQ7040 O3 Analyzer | 1. Principle: O3 molecules absorb UV light at 254nm; absorption intensity directly proportional to O3 concentration; concentration calculated based on specific wavelength absorption; 2. Features: Multi-channel digital and analog outputs; standalone or system-integrated operation; remote control interface; remote calibration and parameter diagnostics; built-in memory stores >1 year of average data; multiple selectable ranges. |
1. Ozone analyzer for ambient air monitoring. 2. UV photometric method for accurate O3 detection. 3. Remote calibration and diagnostics for convenient maintenance. 4. Long-term data storage and flexible range selection. |
| OS-AQ7050 PM2.5 Particulate Continuous Automated Monitoring System | 1. Principle: Beta-ray attenuation method; beta-ray intensity decreases exponentially with mass accumulation; particle mass calculated from pre/post collection radiation intensity; particulate concentration determined from sampled air volume; 2. Features: Multi-channel digital and analog outputs; wireless communication support; two paper feed modes available; in-situ measurement; quiet and energy-saving design; simultaneous sampling and measurement; dynamic heating to prevent humidity interference; automatic elimination of ambient radioactive interference. |
1. PM2.5 continuous automated monitoring system for ambient air. 2. Beta-ray attenuation method for accurate particulate measurement. 3. In-situ, energy-efficient design with dynamic heating for reliable data. 4. Flexible communication and paper feed options. |
| OS-AQ7021 NH3 Analyzer | 1. Principle: NH3 converted to NO by high-temperature catalytic converter; NO reacts with O3 (chemiluminescence); part of NO2 becomes excited-state, emits light when returning to ground state; intensity proportional to NO concentration; NOx concentration measured via separate path without NH3 converter; NH3 concentration calculated by difference; 2. Features: Multi-channel digital and analog outputs; standalone or system-integrated operation; simultaneous measurement of NO, NO2, and NH3 concentrations; adaptive filtering for optimized response time; remote calibration and parameter diagnostics; built-in memory stores >1 year of average data. |
1. Ammonia analyzer for ambient air monitoring. 2. Chemiluminescence method with catalytic conversion for accurate NH3 detection. 3. Simultaneously measures NO, NO2, and NH3. 4. Remote calibration and long-term data storage capabilities. |
| OS-AQ7060 PM10 Particulate Continuous Automated Monitoring System | 1. Principle: Beta-ray attenuation method; beta-ray intensity decreases exponentially with mass accumulation; particle mass calculated from pre/post collection radiation intensity; particulate concentration determined from sampled air volume; 2. Features: Multi-channel digital and analog outputs; wireless communication support; two paper feed modes available; in-situ measurement; quiet and energy-saving design; simultaneous sampling and measurement; dynamic heating to prevent humidity interference; automatic elimination of ambient radioactive interference. |
1. PM10 continuous automated monitoring system for ambient air. 2. Beta-ray attenuation method for accurate particulate measurement. 3. In-situ, energy-efficient design with dynamic heating for reliable data. 4. Flexible communication and paper feed options. |
| OS-VM1750 Ambient Air VOC Continuous Monitoring System | 1. Principle: Ambient air or standard gas enters pre-concentration system at specified flow and volume; VOCs dehydrated by low-temperature cold trap; enriched by combined fixed adsorbent at low temperature then thermally desorbed; separated by gas chromatography; detected by dual FID for carbon detection; quantifies C2~C12 hydrocarbons; 2. Features: High detection sensitivity (ppt-level); multi-stage cold trap pre-concentration for high capture efficiency; dual FID and MS detectors for simultaneous low/high carbon coverage; passivated gas lines to prevent residue; user-friendly software. |
1. Ambient air VOC continuous monitoring system for C2~C12 hydrocarbons. 2. Multi-stage cold trap pre-concentration ensures ppt-level sensitivity. 3. Dual detector (FID/MS) for comprehensive hydrocarbon analysis. 4. Passivated tubing and intuitive software for reliable, easy operation. |
| OS-Atmospheric Aerosol Lidar Mobile Monitoring Vehicle | 1. Function: Atmospheric environmental monitoring; detects spatial distribution and temporal evolution of atmospheric structures; 2. Advantages: Real-time monitoring; large detection range; high spatial resolution; 3. Data: Analyzes backscatter signals to derive particle distribution; detects boundary layer structure; calculates visibility; 4. System: Independent power supply; complete mobile monitoring equipment; data stored via data logger; wireless data transmission to relevant departments; 5. Features: High real-time capability; graphical data display; fast data processing; integrates multiple auxiliary devices. |
1. Mobile lidar monitoring vehicle for atmospheric aerosol detection. 2. Real-time, high-resolution data for particle distribution and boundary layer analysis. 3. Self-contained power and equipment for field operations. 4. Wireless data transmission for remote monitoring. |
| OS-AQ7100 Micro Ambient Air Quality Monitoring System | 1. Design: Low-cost, multi-parameter, compact system for high-density grid monitoring; 2. Deployment: Scientific “group deployment plan” for urban residential areas, industrial parks, boundaries, road traffic, pollutant transport channels; 3. Features: High-resolution monitoring; imported sensors; big data analytics for decision support; 4. Network: Forms collaborative “group” monitoring network with professional calibration framework; achieves full coverage with high spatiotemporal resolution; 5. Data: Real-time pollutant concentration/distribution; regional pollution trends; comprehensive multi-pollutant analysis; source tracing and evolution modeling. |
1. Micro ambient air quality monitoring system for high-density grid deployment. 2. Cost-effective, multi-parameter monitoring with imported sensors. 3. Supports urban, industrial, and transport monitoring needs. 4. Provides big data analytics for pollution source tracing and compliance planning. |
| OS-AQ7200 Odor Online Monitoring System | 1. Analytes: Trimethylamine, methyl sulfide, dimethyl disulfide, ammonia, hydrogen sulfide, carbon disulfide, styrene; 2. Sensors: Imported high-precision sensors; pump-suction sampling; built-in water/dust removal filters; 3. Features: Long-term auto-calibration; integrated temperature compensation; multi-stage pre-treatment; anti-interference design; 4. Operation: 32-bit high-speed processor; 7-inch industrial touchscreen; automatic heat dissipation; 5. Design: Compact, modular for flexible deployment; suitable for outdoor and industrial environments; 6. Data: Continuous concentration monitoring and data upload; real-time environmental data and equipment status monitoring. |
1. Online odor monitoring system for hazardous area gas detection. 2. High-precision imported sensors with pump-suction sampling. 3. Automatic calibration and temperature compensation for reliable performance. 4. Compact, modular design for flexible installation. 5. Real-time data monitoring and upload capabilities. |
| OS-AQ7000M Mini Air Quality Monitoring Station | 1. Method: Fully compliant with national standard monitoring methods; 2. Parameters: Six conventional parameters (SO₂, NOₓ, CO, O₃, PM10, PM2.5) with auxiliary meteorological and video surveillance equipment; 3. Features: Compact design for easy hoisting and installation; continuous online monitoring; wireless data transmission to central platform; remote diagnostics; 24/7 unattended operation. |
1. Mini air quality monitoring station with standard national method compliance. 2. Measures all six conventional parameters with meteorological support. 3. Compact design for flexible deployment. 4. Remote diagnostics and wireless data transmission. |
| OS-VM1700 Explosion-Proof Exhaust Gas NMHC Continuous Monitoring System | 1. Design: Positive-pressure integrated explosion-proof design with high safety; explosion-proof certification: Ex eb ib mb pxb IIC T4 Gb, Ex mb pxb tb IIIC T135°C Db; suitable for Zone 1, 2, 21, 22 hazardous areas; 2. Method: Full 175°C high-temperature trace heating sample transport; high-temperature FID detection; sample filtered, collected in sample loop, separated by carrier gas via chromatographic column, then detected by FID; 3. Features: High accuracy with full trace heating; reduced adsorption and extended maintenance cycles; stable and reliable FID detection with wide linear range; strong anti-pollution capability; 4. Integration: Can be combined with explosion-proof flue gas parameter monitor for temperature, pressure, flow, emission rate, and total emissions data management. |
1. Explosion-proof continuous monitoring system for NMHC in industrial exhaust gas. 2. Positive-pressure integrated design with full explosion-proof certification. 3. Full high-temperature trace heating ensures accuracy and reduces maintenance. 4. FID detection with wide linear range and high reliability. |
| OS-CEMS1200 Explosion-Proof Flue Gas Continuous Emission Monitoring System | 1. Design: Positive-pressure integrated explosion-proof design; explosion-proof certification: Ex eb ib mb pxb IIC T4 Gb, Ex mb pxb tb IIIC T135°C Db; suitable for Zone 1, 2, 21, 22 hazardous areas; 2. Method: High-temperature hot-wet sampling for continuous monitoring of SO₂, NOx, humidity, and other parameters; 3. Features: Simple operation; resistance to gas interference; ultra-low range accurate measurement; full high-temperature trace heating for stability and reliability; suitable for complex industrial conditions; 4. Integration: Can be combined with explosion-proof flue gas parameter monitor for temperature, pressure, flow, emission rate, and total emissions data management. |
1. Explosion-proof continuous emission monitoring system for industrial flue gas. 2. Positive-pressure integrated design with full explosion-proof certification. 3. High-temperature hot-wet sampling with ultra-low range accuracy. 4. Full trace heating for reliable operation in complex conditions. |
| OS-LD1200A Explosion-Proof Ultra-Low Particulate Monitor | 1. Design: Full high-temperature extraction system; polished stainless steel tube directly connected to detector via high-temperature ball valve (no adsorption, compact, fast response); patented purge air technology with 120°C clean air for lens protection; low maintenance; high sensitivity; auto-backflush and auto-calibration for true maintenance-free operation; 2. Sampling: Equipped with isokinetic sampling function; displays current sampling flow rate and real-time flue flow rate; ensures isokinetic tracking accuracy; 3. Certification: Explosion-proof: Ex eb ib mb pxb IIC T4 Gb, Ex pxb tb IIIC T135°C Db; suitable for Zone 1, 2, 21, 22 hazardous areas; IP65 rated; 4. Performance: Ultra-high sensitivity with detection limit of 0.1mg/m³; suitable for high-humidity, high-corrosion environments; explosion-proof integrated design. |
1. Explosion-proof ultra-low particulate monitor for hazardous area emission monitoring. 2. Ultra-low detection limit (0.1mg/m³) with high sensitivity. 3. Auto-backflush and auto-calibration for true maintenance-free operation. 4. Full explosion-proof design suitable for harsh industrial conditions. |
| OS-LG8100 Laser Gas Analyzer | 1. Principle: Tunable diode laser absorption spectroscopy (TDLAS) for characteristic spectral absorption lines of target gases; 2. Components: Sampling pretreatment system, laser gas analyzer, and data acquisition/processing unit; 3. Features: Non-contact measurement; high-frequency carrier for strong anti-interference; in-situ installation with real-time response; high selectivity for target gases; 4. Advantages: Effective elimination of background gas, dust particles, and light source variations; high detection sensitivity. |
1. Laser gas analyzer using TDLAS technology for accurate gas detection. 2. Non-contact, real-time measurement with strong anti-interference capability. 3. In-situ installation for immediate response. 4. High selectivity and sensitivity for reliable monitoring. |
| OS-CEMS 1200 Flue Gas Emission Monitoring System | 1. Components: Gaseous pollutant monitoring subsystem, particulate monitoring subsystem, flue gas parameter monitoring subsystem, data acquisition and processing subsystem; 2. Parameters: Continuous monitoring of SO₂, NOx, O₂, CO, CO₂, HCl, dust (particulate) concentration, flue gas flow rate, pressure, humidity, and emission rate/totals; 3. Methods: O₂ measured by electrochemical method; temperature by temperature sensor; pressure by pressure sensor; flow by Pitot tube; humidity by high-temperature capacitive humidity sensor; 4. Features: NO₂ direct measurement; easy maintenance; flexible configuration; real-time data transmission; remote fault diagnosis; report generation; graphical data analysis; unattended operation; compatible with DCS and environmental authority systems. |
1. Continuous emission monitoring system for industrial flue gas. 2. Comprehensive monitoring of gaseous pollutants, particulates, and flue gas parameters. 3. Flexible configuration with easy maintenance. 4. Remote diagnostics and data management capabilities. |
| OS-CEMS1220 Flue Gas Emission Monitoring System | 1. Components: Gaseous pollutant monitoring subsystem (SO₂, NO, NO₂, O₂), flue gas parameter monitoring subsystem (temperature, pressure, flow, humidity), particulate monitoring, and data acquisition/processing unit; 2. Method: UV differential optical absorption spectroscopy (DOAS) for direct measurement of SO₂, NO, and NO₂; 3. Features: NO₂ direct measurement (no NOx converter required); easy maintenance (fiber-optic connection between light source, gas cell, and spectrometer for simple, low-cost component replacement); flexible configuration for various site conditions; 4. Data: Real-time data transmission, remote diagnostics, report generation, unattended operation. |
1. Continuous emission monitoring system using UV-DOAS technology. 2. Direct NO₂ measurement without converter. 3. Easy maintenance with fiber-optic component design. 4. Flexible configuration for different application needs. |
| OS-CEMS1900 Flue Gas Continuous Emission Monitoring System | 1. Principle: Fourier transform infrared (FTIR) absorption spectroscopy for gaseous pollutant measurement; 2. Components: Pretreatment unit, analysis unit, and data acquisition/processing unit; 3. Parameters: Continuous monitoring of SO₂, NO, NO₂, HF, HCl, CO, CO₂, H₂O, NH₃ (wet basis, dry basis, and converted values); calculates emission rate and total emissions based on temperature, pressure, flow, and other parameters; 4. Features: Strong anti-interference; high applicability; no condensation; jet pump sampling for reliable measurement; 5. Applications: Waste incineration (municipal solid waste, hazardous waste, solid waste) flue gas monitoring. |
1. FTIR-based continuous emission monitoring system for waste incineration flue gas. 2. Simultaneous measurement of multiple gaseous pollutants including HF, HCl, and NH₃. 3. Jet pump sampling ensures reliable measurement. 4. Strong anti-interference and high applicability for complex flue gas conditions. |
| OS-VM1700 VOCs Online Monitoring System | 1. Principle: GC-FID technology; components include sampling probe, temperature/pressure/flow sensors, sampling line, online GC, hydrogen generator, zero-air generator; 2. Sampling: Full high-temperature trace heating sample transport; high-temperature FID detection; sample filtered, collected in sample loop, separated by carrier gas via chromatographic column, then detected by FID; 3. Features: High measurement accuracy; full high-temperature trace heating prevents high-boiling VOCs adsorption and component corrosion; main-line extraction with bypass analyzer sampling for fast response; three-stage filtration for extended analyzer life; 4. Data: Automatic display and storage; real-time data upload to plant control system and environmental authorities. |
1. VOCs online monitoring system using GC-FID for industrial emission monitoring. 2. Full high-temperature trace heating for sample integrity. 3. Three-stage filtration and fast response design. 4. Real-time data upload for regulatory compliance. |
| OS-LD1200A Ultra-Low Particulate Monitor | 1. Method: High-sensitivity laser forward scattering principle; full high-temperature extraction (180°C) with no adsorption; compact size; fast response; 2. Features: Patented purge air technology; high-temperature (120°C) clean air for lens protection; patented thermal-conductive heating sampling probe with large-bore high-temperature pneumatic ball valve (auto-shutoff on air failure); 3. Applications: Designed for ultra-low particulate emission measurement in high-humidity flue gas; zero maintenance with inner flue gas + outer high-temperature air curtain for lens protection. |
1. Ultra-low particulate monitor for flue gas emission measurement. 2. High-sensitivity laser forward scattering with full high-temperature extraction. 3. Zero-maintenance design with patented purge and lens protection technology. 4. Suitable for high-humidity, high-corrosion industrial conditions. |
| OS-LG1100 Laser Gas Analyzer | 1. Principle: Tunable diode laser absorption spectroscopy (TDLAS) for real-time, non-contact measurement with high selectivity; 2. Measurement: In-situ measurement without sampling pretreatment; 3. Analytes: CO, CO₂, CH₄, NH₃, O₂, H₂O, HCl, HF, and other gases; 4. Features: Real-time online monitoring; non-contact measurement; high selectivity; strong anti-interference with high-frequency carrier; in-situ installation for immediate response. |
1. Laser gas analyzer using TDLAS technology for accurate gas detection. 2. In-situ measurement without sample pretreatment. 3. Real-time, non-contact monitoring with high selectivity. 4. Suitable for industrial process and emission monitoring applications. |
| OS-LD1000A Particulate Monitor | 1. Principle: Laser backscattering method; high-stability laser source transmits across the flue to irradiate particles; reflected signal intensity proportional to particle concentration; concentration calculated via specific algorithm; 2. Features: Unaffected by mechanical vibration or temperature-induced beam swing; single-end installation (no optical alignment required); 3. Technology: Optical power adaptive stabilization; large dynamic adaptive lock-in amplification; ultra-low zero drift design; 4. Advantages: Compact structure; simple installation; lightning protection; suitable for harsh environments; low power consumption; low cost; low maintenance. |
1. Particulate monitor using laser backscattering for flue gas measurement. 2. Single-end installation without optical alignment. 3. Reliable and accurate particulate emission data. 4. Low-maintenance design for continuous operation. |
| OS-LD1200A Explosion-Proof Ultra-Low Particulate Monitor | 1. Design: Full high-temperature extraction system; polished stainless steel tube directly connected to detector via high-temperature ball valve (no adsorption, compact, fast response); patented purge air technology with 120°C clean air for lens protection; low maintenance; high sensitivity; auto-backflush and auto-calibration for true maintenance-free operation; 2. Sampling: Equipped with isokinetic sampling function; displays current sampling flow rate and real-time flue flow rate; ensures isokinetic tracking accuracy; 3. Certification: Explosion-proof: Ex eb ib mb pxb IIC T4 Gb, Ex pxb tb IIIC T135°C Db; suitable for Zone 1, 2, 21, 22 hazardous areas; IP65 rated; 4. Performance: Ultra-high sensitivity with detection limit of 0.1mg/m³; suitable for high-humidity, high-corrosion environments; explosion-proof integrated design. |
1. Explosion-proof ultra-low particulate monitor for hazardous area emission monitoring. 2. Ultra-low detection limit (0.1mg/m³) with high sensitivity. 3. Auto-backflush and auto-calibration for true maintenance-free operation. 4. Full explosion-proof design suitable for harsh industrial conditions. |
| OS-CEMS1200 Explosion-Proof Flue Gas Continuous Emission Monitoring System | 1. Design: Positive-pressure integrated explosion-proof design; explosion-proof certification: Ex eb ib mb pxb IIC T4 Gb, Ex mb pxb tb IIIC T135°C Db; suitable for Zone 1, 2, 21, 22 hazardous areas; 2. Method: High-temperature hot-wet sampling for continuous monitoring of SO₂, NOx, humidity, and other parameters; 3. Features: Simple operation; resistance to gas interference; ultra-low range accurate measurement; full high-temperature trace heating for stability and reliability; suitable for complex industrial conditions; 4. Integration: Can be combined with explosion-proof flue gas parameter monitor for temperature, pressure, flow, emission rate, and total emissions data management. |
1. Explosion-proof continuous emission monitoring system for industrial flue gas. 2. Positive-pressure integrated design with full explosion-proof certification. 3. High-temperature hot-wet sampling with ultra-low range accuracy. 4. Full trace heating for reliable operation in complex conditions. |
| OS-VM1700 Explosion-Proof Exhaust Gas NMHC Continuous Monitoring System | 1. Design: Positive-pressure integrated explosion-proof design; explosion-proof certification: Ex eb ib mb pxb IIC T4 Gb, Ex mb pxb tb IIIC T135°C Db; suitable for Zone 1, 2, 21, 22 hazardous areas; 2. Method: Full 175°C high-temperature trace heating sample transport; high-temperature FID detection; sample filtered, collected in sample loop, separated by carrier gas via chromatographic column, then detected by FID; 3. Features: High accuracy with full trace heating; reduced adsorption and extended maintenance cycles; stable and reliable FID detection with wide linear range; strong anti-pollution capability; 4. Integration: Can be combined with explosion-proof flue gas parameter monitor for temperature, pressure, flow, emission rate, and total emissions data management. |
1. Explosion-proof continuous monitoring system for NMHC in industrial exhaust gas. 2. Positive-pressure integrated design with full explosion-proof certification. 3. Full high-temperature trace heating ensures accuracy and reduces maintenance. 4. FID detection with wide linear range and high reliability. |
| OS-LG5500/LG6500/LG7500 Extractive Laser Gas Analyzer Series | 1. Principle: Tunable diode laser absorption spectroscopy (TDLAS) for bypass process gas analysis; 2. Components: Transmitter, receiver, bypass gas cell, and control/processing/display unit; 3. Applications: LG5500 for metallurgy, building materials, and fine chemicals; LG6500 for petrochemicals; LG7500 for SIL2 and high-safety/interlock applications; 4. Features: Bypass installation for harsh environments; explosion-proof design for most hazardous areas; SIL2 functional safety certification (LG7500). |
1. Extractive laser gas analyzer series for industrial process monitoring. 2. Bypass installation suitable for high-temperature, high-pressure, corrosive gases. 3. Three models for different applications and safety requirements. 4. SIL2 certification available for safety-critical applications. |
| OS-LG5100/LG6100/LG7100 In-Situ Laser Gas Analyzer Series | 1. Principle: In-situ installation with transmitter, receiver, and power module; accessories include calibration tube, ball valve, welded flange tube; 2. Design: Explosion-proof design (no positive-pressure purging required); suitable for sites lacking stable purge gas; 3. Models: LG5100 for metallurgy, building materials, fine chemicals; LG6100 for petrochemicals; LG7100 for SIL2 and high-safety/interlock applications; 4. Features: Real-time response; explosion-proof design; SIL2 functional safety certification (LG7100). |
1. In-situ laser gas analyzer series for industrial process monitoring. 2. Explosion-proof design without positive-pressure purging. 3. Three models for different applications and safety requirements. 4. SIL2 certification available for safety-critical applications. |
| OS-LGCVS-5000 Calorific Value Analysis System | 1. Principle: Tunable diode laser absorption spectroscopy (TDLAS) for continuous, fast, accurate measurement of combustible gas components (CO, CH₄, H₂, etc.) in coal gas; 2. Function: Converts gas composition to effective calorific value via calorific value unit; provides online monitoring and process optimization guidance; 3. Integration: Real-time gas composition data from laser gas analyzer input to calorific value unit for conversion; outputs calorific value and component concentration signals to DCS; 4. Features: Bypass installation for harsh environments; explosion-proof design for hazardous areas; SIL2 functional safety certification. |
1. Calorific value analysis system for coal gas monitoring. 2. TDLAS-based measurement of CO, CH₄, H₂, and other combustibles. 3. Provides online calorific value data for process optimization. 4. Explosion-proof design with SIL2 certification. |
| OS-AMC Online Monitoring System | 1. Application: Semiconductor cleanroom and process tool environment monitoring; 2. Methods: Integrated ion chromatography (IC) + GC-MS for simultaneous online monitoring of anions (F⁻, Cl⁻, Br⁻, NO₃⁻, NO₂⁻, SO₄²⁻, PO₄³⁻, NH₄⁺) and 116 VOCs (including benzene series, halogenated hydrocarbons, aldehydes/ketones, dopants, solvents, byproducts) at PPT level; 3. Additional options: CRDS, chemiluminescence, UV fluorescence, PID analyzers for HCl, HF, SO₂, NOx, O₃, NH₃, TVOC at PPB level; 4. Features: Covers both cleanroom ambient and tool microenvironment; full coverage of acids, bases, and organic contaminants; compliant with SEMI S2 certification. |
1. Online AMC monitoring system for semiconductor manufacturing. 2. Comprehensive monitoring of acids, bases, and VOCs at PPT/PPB levels. 3. Integrated IC, GC-MS, and optional analyzers for full coverage. 4. SEMI S2 certified for semiconductor facility requirements. |
Laboratory Analytical Instruments
| Product Name & Model | Parameters & Specifications | Features & Applications |
|---|---|---|
| OS-LC3400 Series Ultra-Fast Liquid Chromatograph | 1. Pressure rating: Up to 75MPa (compatible with conventional HPLC to sub-3μm core-shell column ultra-fast separations); 2. Pump: High-pressure pump with advanced technology; 3. Autosampler: Innovative needle-in-flow-path auto-sampler; 4. Column oven: Dual heating-cooling full-range temperature control; 5. Features: High reliability; rich functionality; excellent performance; reduced solvent consumption; shorter analysis cycles; stable results. |
1. Ultra-fast liquid chromatograph with 75MPa pressure capability. 2. Supports both conventional HPLC and sub-3μm column separations. 3. Innovative autosampler and full-range column oven control. 4. High efficiency with reduced solvent and time consumption. |
| OS-LC3500 Flagship UHPLC/HPLC Series | 1. Pressure range: 45-150MPa (multiple options available); 2. Pump: Linear motor pump and tandem cam pump options; flow path supports binary six-way, quaternary low-pressure, and dual ternary; standard 316L stainless steel pump head (titanium/PEEK optional); active seal cleaning with seal monitoring; electronic pulsation suppression; automatic purge valve; 3. Autosampler: Needle-in-flow-path design with syringe metering; 216-position sample tray (2mL), compatible with 96/384-well plates; injection range 0.1-50μL (expandable to 1000μL); cooling module 4±0.5°C; vial detection; cross-contamination ≤0.15%; 4. Column oven: Dual-mode heating-cooling (4-120°C) with semiconductor and resistive modules; passive/active preheating options; active post-column cooling; GLP column information logging; supports up to 6×150mm columns; dual leak sensors; built-in two-way high-pressure valve; 5. Diode array detector: 1024-element array with 0.6nm/pixel resolution; deuterium/tungsten dual-lamp system; triple temperature control (lamp, flow cell, optical bench) for stability; 10000-hour long-life deuterium lamp; built-in holmium oxide glass for wavelength calibration; electronic filter for second-order diffraction elimination; noise ≤4μAU; 200Hz scanning rate; wide range mode (≥4AU) for full-concentration linear coverage; 10 fixed channels + 3D scanning. |
1. Flagship UHPLC/HPLC system with multiple pressure options. 2. Flexible pump and flow path configurations for various applications. 3. Advanced autosampler with low carryover and high capacity. 4. Full-range temperature control column oven with GLP features. 5. High-performance DAD with ultra-low noise and wide dynamic range. |
| OS-IC6600 Series Multi-Functional Ion Chromatograph | 1. Design: Modular system with high flexibility; supports conductivity, amperometric, and UV detectors; 2. Analytes: Routine anions/cations, cyanide, iodide, sugars, small organic acids, hexavalent chromium (chromic acid mist), transition metals, and other ion chromatography applications; 3. Features: Plug-and-play amperometric/conductivity detector switching for free interchange; simultaneous anion and cation analysis; high-performance pump options; “only-water” mode with eluent generator; 4. Upgrade options: Post-column derivatization, online enrichment, online matrix elimination; 5. Applications: Broad range of ion analysis with excellent performance and workflow efficiency. |
1. Multi-functional ion chromatography system with modular design. 2. Supports multiple detectors for comprehensive ion analysis. 3. Simultaneous anion/cation analysis capability. 4. Eluent generator for simplified operation. 5. Expandable for advanced applications. |
| OS-IC6500 Series Multi-Functional Ion Chromatograph | 1. Design: Compact, modular system with intelligent control; full PEEK flow path; dual conductivity detectors; 2. Technology: Reagent-free ion chromatography (RFIC) with online eluent generator; dynamic range conductivity detector; 3. Compatibility: Supports all型号 of guard columns, analytical columns, and pretreatment columns; 4. Features: Simple layout for easy operation; high cost-performance with low operating costs. |
1. Multi-functional ion chromatography system with excellent cost-performance. 2. Reagent-free operation with online eluent generator. 3. Full PEEK flow path for corrosion resistance. 4. Flexible column compatibility for diverse applications. |
| OS-IC6300 Series Intelligent Ion Chromatograph | 1. Design: Integrated intelligent ion chromatography system with rich configuration and powerful functionality; 2. Technology: Reagent-free “only-water” mode with online eluent generator; built-in PEEK quaternary gradient pump with 42MPa pressure rating; 3. Features: Simple layout for easy operation; versatile for multiple applications; supports various hyphenated techniques. |
1. Intelligent ion chromatography system with integrated design. 2. Reagent-free operation with online eluent generator. 3. High-pressure PEEK pump (42MPa) for flexible separations. 4. Supports multiple hyphenated techniques for expanded applications. |
| OS-IC6200 Series Integrated Ion Chromatograph | 1. Design: Next-generation integrated ion chromatography system; Ethernet connectivity for remote operation, diagnostics, and software updates; one-key intelligent maintenance; 2. Features: High precision, high stability, intelligent operation; automatic leak alarm; online degassing and peristaltic pump post-wash function; 3. Display: 10-inch smart touchscreen with ambient lighting; modern family design for aesthetic appeal; 4. Benefits: Improves laboratory productivity; user-friendly experience with enhanced ergonomics. |
1. Integrated ion chromatography system with intelligent operation. 2. Ethernet connectivity for remote control and updates. 3. High precision and stability with automatic maintenance features. 4. Modern design with 10-inch touchscreen for intuitive use. |
| OS-IC6000Plus Integrated Ion Chromatograph | 1. Design: Integrated design with flexible configuration; compact and convenient; 2. Fluid path: Full non-metallic flow path; precision PEEK ion chromatography pump; 3. Temperature control: Full-system high-precision temperature control; 4. Technology: Optional eluent generator (EG) eliminates manual eluent preparation errors; provides better reproducibility; 5. Features: Intelligent health maintenance; reliable performance; accurate results; easy to learn and use; 6. Applications: Trace/ultra-trace anion/cation analysis; complex matrix samples; method research and development. |
1. Integrated ion chromatography system with flexible configuration. 2. Full PEEK non-metallic flow path for corrosion resistance. 3. Optional eluent generator for reproducible results. 4. Intelligent maintenance and easy operation. 5. Suitable for trace analysis and complex matrices. |
| OS-IC7000 Series Ion Chromatography Online Analysis System | 1. Application: Real-time online monitoring of routine anions/cations in outdoor hot spring water; supports earthquake research and prediction; 2. Components: Cabinet (weatherproof, communication/lightning protection, 3-layer insulation with air conditioning), control unit, water sampling module, cloud platform, online ultrapure water module, instrument unit, pretreatment module; 3. Features: Online water preparation (no manual water replacement; low cost); long maintenance cycle (every 4 weeks); reagent-free ion chromatography (no manual eluent preparation; better reproducibility); 4. Data: Cloud platform integration for remote monitoring and data management. |
1. Online ion chromatography system for continuous environmental monitoring. 2. Reagent-free operation with online water preparation. 3. Low maintenance with 4-week service intervals. 4. Outdoor-ready with climate-controlled cabinet and cloud platform integration. |
| OS-LC3200S Series High-Performance Liquid Chromatograph | 1. Design: Mainstream modular (split) design; 2. Pump options: Isocratic, binary (2 or 4 solvents), and quaternary pumps; 3. Detectors: Compatible with UV, ELSD, FLD, DAD, RID, and other detectors; 4. Pump features: High-precision metering pump; secondary suspension technology for high-pressure constant-flow pump; 5. Software: Smart Lab chromatography workstation with audit trail, multi-level permission management, and flexible data processing; complies with GMP and FDA 21 CFR Part 11 requirements. |
1. High-performance liquid chromatograph with modular design. 2. Multiple pump and detector options for diverse applications. 3. High-precision pump technology for reliable results. 4. GMP/FDA 21 CFR Part 11 compliant software for regulated laboratories. |
| OS-GC6100 Series Gas Chromatograph | 1. Focus: Enhanced automation and intelligence to prevent unexpected downtime; 2. System integration: Can be coupled with self-developed mass spectrometer for a complete GC-MS system (single software control); 3. Gas control: High-stability, high-precision electronic pneumatic control (EPC); 4. Temperature control: Auto-tuning PID system with temperature and pressure compensation algorithms; 5. Flexibility: Compatible with pretreatment equipment and multiple detectors; 6. Software: Smart control software with IoT connectivity and self-diagnostic functions. |
1. Gas chromatograph with advanced automation and intelligence. 2. Integrated GC-MS capability with single-software control. 3. High-precision EPC and PID temperature control for reliable results. 4. Flexible configuration for diverse applications. 5. Smart software with diagnostic and IoT features. |
| OS-Chromatographic Detectors | 1. Function: Converts changes in sample composition and concentration from the chromatographic column into detectable signals for qualitative and quantitative analysis; 2. Common HPLC detectors: UV detector, diode array detector (DAD), fluorescence detector (FLD), refractive index detector (RID), evaporative light scattering detector (ELSD); 3. Importance: Proper detector selection is critical to avoid errors and ensure experimental success. |
1. Comprehensive range of detectors for chromatographic analysis. 2. Supports UV, DAD, FLD, RID, and ELSD options. 3. Reliable signal conversion for accurate qualitative/quantitative analysis. |
| OS-GM6100 Series Gas Chromatography-Mass Spectrometry System | 1. Integration: Combines upgraded GC6100 gas chromatograph with MSD7000 mass spectrometer for a precise, intelligent GC-MS system; 2. Control: Single software controls the entire GC-MS workflow from injection to data analysis; 3. Automation: Fully automated processing reduces human error and improves efficiency; 4. Features: Advanced control systems and intelligent algorithms ensure continuity and stability; user-friendly software for intuitive operation. |
1. Integrated GC-MS system with precise and intelligent performance. 2. Single-software control for complete automation. 3. Reduces errors and improves workflow efficiency. 4. Ideal for advanced analytical applications. |
| OS-LCMS-TQ9200 LC-MS/MS System | 1. Components: Self-developed LC3600 UHPLC + TQ9200 triple quadrupole mass spectrometer; 2. Key technologies: Ultra-high pressure linear motor pump; ultra-high pressure needle-in-flow-path injection; active preheating column oven; high-stability electrospray ion source; durable vacuum interface; efficient ion transport lens; stable quadrupole drive; 3. Performance: Stability, sensitivity, and durability; excellent quantitative analysis capability under complex sample conditions; 4. Applications: Scientific research, food safety, biopharmaceuticals, public safety, environmental protection, clinical diagnostics, and more. |
1. LC-MS/MS system with stable, sensitive, and durable performance. 2. Combines advanced UHPLC and triple quadrupole MS technologies. 3. Excellent quantitative analysis in complex matrices. 4. Suitable for multiple application fields. |
| OS-AA2300 Series Atomic Absorption Spectrophotometer | 1. Type: 5th-generation fully automated intelligent AAS; 2. Features: Patented coded lamp function; parallel dual-atomization system (flame + graphite furnace); built-in furnace observation camera; optical double-beam system; 3. Performance: Enhanced automation and stability; flexible configuration with rich expandability; 4. Software: Powerful software system for reliable, safe operation; 5. Applications: Meets detection needs across various industries. |
1. Fully automated atomic absorption spectrophotometer with double-beam optics. 2. Dual-atomization system for versatile elemental analysis. 3. Patented coded lamp technology for reliable performance. 4. Flexible configuration with powerful software for diverse applications. |
| OS-Smart Lab Chromatography Workstation | 1. Development: Self-developed with software copyright; 2. Compliance: Designed in accordance with FDA 21 CFR Part 11 and EU GMP Annex 11 international standards; 3. Operation: Intuitive data processing methods and workflows for user-friendly operation; 4. Features: Comprehensive data management and reporting capabilities. |
1. Self-developed chromatography data system with full software copyright. 2. Compliant with FDA 21 CFR Part 11 and EU GMP Annex 11. 3. User-friendly interface for efficient data processing. 4. Suitable for regulated analytical laboratories. |
Medical Instruments
| Product Name & Model | Parameters & Specifications | Features & Applications |
|---|---|---|
| OS-Ultrasonic Soft Tissue Surgical Device | 1. System: Host, handpiece, disposable ultrasonic soft tissue surgical blades, and optional foot switch; 2. Control algorithms: EFT (enhanced frequency tracking), ITS (tissue sensing), ACP (cutting protection); 3. Blade options: 4 lengths available for different applications; 4. Handpiece: Soft, durable cable; electrode components with thickened gold plating for high corrosion resistance; withstands up to 99 autoclave sterilization cycles. |
1. Ultrasonic surgical device for soft tissue cutting and coagulation. 2. Three intelligent control algorithms for optimized performance. 3. Multiple blade length options. 4. Durable design with high sterilization tolerance. |
| OS-Disposable Ultrasonic Soft Tissue Surgical Blade (3mm) | 1. Application: Cutting and hemostasis of soft tissue during surgery; suitable for vessels up to 3mm diameter; 2. Indications: Gastrointestinal surgery, hepatobiliary/pancreatic surgery, thoracic surgery, urology, gynecology, breast/thyroid surgery, and more; 3. Registration: NMPA approval No. 20243011699; 4. Features: Anti-adhesion coating with special process; optimized curved tip design; thumbwheel rotation force <1N; 5. Appearance: Available in grey or blue overmolding. |
1. Disposable ultrasonic surgical blade for soft tissue cutting and coagulation. 2. Suitable for vessels up to 3mm diameter. 3. Anti-adhesion coating and optimized design for precise operation. 4. NMPA-registered for multiple surgical specialties. |
| OS-Disposable Ultrasonic Soft Tissue Surgical Blade (3mm) | 1. Application: Cutting and hemostasis of soft tissue during surgery; suitable for vessels up to 3mm diameter; 2. Indications: Gastrointestinal surgery, hepatobiliary/pancreatic surgery, thoracic surgery, urology, gynecology, breast/thyroid surgery, and more; 3. Registration: NMPA approval No. 20243011699; 4. Features: Anti-adhesion coating with special process; optimized curved tip design; thumbwheel rotation force <1N; 5. Appearance: Available in grey or blue overmolding. |
1. Disposable ultrasonic surgical blade for soft tissue cutting and coagulation. 2. Suitable for vessels up to 3mm diameter. 3. Anti-adhesion coating and optimized design for precise operation. 4. NMPA-registered for multiple surgical specialties. |
Industrial Inpsection Instruments
| Product Name & Model | Parameters & Specifications | Features & Applications |
|---|---|---|
| OS-Nuopu Ion Chromatography Anion Hydroxide System Columns | 1. Technology: Unique surface bonding technology with adjustable capacity modification for exceptional selectivity and separation performance; 2. Applications: Simultaneous analysis of multiple anions; suitable for various industries (food, water, environment, etc.); 3. Features: Full product range; high signal-to-noise ratio; low detection limits; core technology with independent intellectual property; 4. Sample applications: Bromate in wheat flour; disinfection byproducts; glyphosate in drinking water; nitrite in metronidazole injections; thiocyanate in urine; iodide in water; inorganic anions in environment; cyanide in food; nitrate/nitrite in food; phosphate species; perchlorate in drinking water; organic acids and inorganic anions in liquor; chloride in electrolytic capacitor paper; acetate/sulfate in hydroxyethyl cellulose; anions/cations in soil solutions; organic acids and inorganic anions in fruits/vegetables. |
1. High-performance anion exchange columns for hydroxide system ion chromatography. 2. Excellent selectivity and resolution for simultaneous multi-anion analysis. 3. Comprehensive application coverage across food, water, and environmental sectors. |
| OS-Nuopu Ion Chromatography Anion Carbonate System Columns | 1. Technology: Optimized quaternary ammonium reagents combined with porous polystyrene/divinylbenzene microspheres and unique surface modification technology for excellent separation performance in carbonate system; 2. Material: Full PEEK construction for acid/alkali corrosion resistance; 3. Features: Core technology with independent intellectual property; high cost-performance ratio; 4. Applications: Multi-anion analysis in various matrices. |
1. High-performance anion exchange columns for carbonate system ion chromatography. 2. Full PEEK construction for chemical compatibility. 3. Excellent separation performance for multiple anions. 4. Cost-effective with core proprietary technology. |
| OS-Nuopu Ion Chromatography Cation Methanesulfonic Acid System Columns | 1. Technology: Porous PS/DVB microspheres with unique grafting technology; methanesulfonic acid eluent system; 2. Analytes: Routine 6 cations (low tailing for Mg²⁺ and Ca²⁺); 3. Applications: Environment, water quality, medical, food, and other industries; 4. Features: Long lifetime (>2000 injections); high efficiency; excellent detection limits; core technology with independent intellectual property. |
1. High-performance cation exchange columns for methanesulfonic acid system ion chromatography. 2. Excellent separation for routine cations with low tailing. 3. Long column lifetime and high efficiency. 4. Suitable for multiple industry applications. |
| OS-Nova Atom Series HPLC Columns | 1. Technology: Spherical fully porous silica gel matrix with metal impurity content <10ppm; advanced surface bonding and end-capping manufacturing processes; 2. Features: High column efficiency; high mechanical strength; high performance; multiple stationary phases for broad selectivity; good peak shape for acidic/basic/neutral compounds; excellent batch-to-batch reproducibility; 3. Applications: Food, traditional Chinese medicine, pharmaceuticals, environment, water quality, medical, and other industries; 4. Advantages: Fully domestic R&D, production, and technical support. |
1. HPLC columns for small molecule separation with ultra-high purity silica. 2. High efficiency with excellent peak symmetry and reproducibility. 3. Wide application coverage across multiple industries. 4. Fully domestically manufactured with high-quality standards. |
| OS-Nova Element Series HPLC Columns | 1. Technology: Hybrid particle chromatographic packing with excellent pH stability (pH 1-12); triple-bond bonding technology with end-capping to reduce silanol activity; 2. Features: Good peak shape for basic compounds; wide pH range; longer column lifetime; flexible method development; 3. Applications: Food, traditional Chinese medicine, pharmaceuticals, environment, water quality, medical, and other industries; 4. Advantages: Unique, stable packing material with extended durability. |
1. HPLC columns with hybrid particle technology for wide pH stability. 2. Excellent peak shape for basic compounds. 3. Long column lifetime with flexible method development. 4. Suitable for multiple industry applications. |
| OS-Specialized Series HPLC Columns | 1. Technology: Designed specifically for different compound classes through advanced, stable bonding technologies; 2. Features: Unique and advanced bonding technology; excellent cost-performance ratio; reliable after-sales service; 3. Applications: Specialized separation for specific compound types and industry needs. |
1. Specialized HPLC columns for targeted compound separation. 2. Advanced bonding technology for reliable performance. 3. High cost-performance with dependable service support. |
| OS-Ion Chromatography Guard Columns and Enrichment Columns | 1. Product range: Ion chromatography pretreatment cartridges, anion/cation guard columns; 2. Technology: Self-developed by Nuopu New Materials; 3. Applications: Sample pretreatment, column protection, and trace enrichment for ion chromatography. |
1. Guard and enrichment columns for ion chromatography systems. 2. Self-developed with reliable quality. 3. Suitable for sample pretreatment and trace enrichment applications. |
| OS-Nova Pre Series SPE-HLB Cartridges | 1. Technology: Hydrophilic-lipophilic balanced (HLB) packing prepared by special copolymerization with specific hydrophilic/hydrophobic group ratios; 2. Retention: Divinylbenzene retains non-polar compounds; N-vinylpyrrolidone retains polar compounds; 3. Analytes: Good recovery for acidic, neutral, and basic compounds (non-polar to medium polarity); 4. Applications: Complex matrices such as blood, urine, food, and environmental samples; 5. Advantages: Broader applicability than silica-based materials; higher recovery; better reproducibility; good mechanical strength and chemical stability; withstands high pressure and organic solvents; extended cartridge lifetime. |
1. HLB SPE cartridges for universal solid-phase extraction applications. 2. Excellent recovery for a wide range of compound polarities. 3. Suitable for complex biological and food matrices. 4. Durable, chemically stable, and cost-effective. |
| OS-Liquid Phase Ghost Peak Trap Column and Guard Column | 1. Ghost peak trap column: Selectively traps organic impurities, metal ions, and other ghost peak-causing contaminants in mobile phase; installed before analytical column to protect it; extends column lifetime and reduces instrument downtime; 2. Guard column: Self-developed with unique column core packing technology; effectively protects analytical column and extends service life; available in different packing materials to match various analytical columns. |
1. Ghost peak trap column for removing mobile phase contaminants. 2. Guard column for analytical column protection. 3. Extends column lifetime and reduces system contamination. |
| OS-Chromatography Consumables (Vials, Filters, Tubing, etc.) | 1. 2mL plastic vials & caps: Polypropylene (PP) material reduces metal cation (Na⁺, K⁺) background interference; suitable for trace anion/cation analysis; compatible with acids, bases, and organic solvents; 2. 2mL amber glass vials & caps: Amber coating blocks 200-500nm UV to protect light-sensitive samples; suitable for DNA/RNA analysis; compatible with strong acids/bases and high-temperature conditions; 3. IC online filters & frits: Removes particles to ensure system stability and data reliability; replacement frits for maintenance; 4. IC PEEK tubing kits: PEEK material for corrosion-resistant connections; 5. LC online filters, frits & holders: Removes sample impurities to protect column; reduces column clogging and replacement frequency; replacement frits and holders available; 6. Ordering information: Complete list of vials, caps, filters, frits, tubing, and connectors with part numbers. |
1. Comprehensive range of chromatography consumables. 2. Suitable for both IC and LC applications. 3. High-quality materials for reliable performance. 4. Complete ordering information for easy selection. |
Certificates of OROSOL® Medical Device Manufacturer 8014:
- ISO 13485:2016 — Medical Devices Quality Management System (Certified)
- ISO 9001:2015 — Quality Management System (Certified)
- NMPA Medical Device Registration Certificate (Class III) — Ultrasonic Scalpel (5mm and 3mm)
- NMPA Medical Device Registration Certificate (Class II) — Laboratory Analytical Instruments
- CE Marking — Compliance with European Medical Device Regulation
- FDA 510(k) Clearance — Selected products
- National High-Tech Enterprise Certification (China)
- National Specialized and Sophisticated Little Giant Enterprise (China)
- National Intellectual Property Demonstration Enterprise (China)
- National Enterprise Technology Center (China)
- National Postdoctoral Research Workstation (China)
- Precision Scientific Instruments and Equipment Anhui Provincial Industrial Innovation Research Institute
- National Science and Technology Major Project — 5 national-level research projects undertaken
- RoHS Compliant — Restriction of Hazardous Substances Directive (EU)
- REACH Compliant — Registration, Evaluation, Authorization and Restriction of Chemicals (EU)
E-mail us to get a free quote: RoboticWorkCell@outlook.com
Address:
International Sales Department
OROSOL® Machinery and Equipment Manufacturing LLP
Address: Room A-522, No. 188 Yesheng Road, Lingang New Area, China (Shanghai) Pilot Free Trade Zone.
Tel: (+86) 173-2682-9204
E-mail: RoboticWorkCell@outlook.com
