Tag Archives: semi automatic chemistry analyzer

semi automatic chemistry analyzer

Semi Automatic Chemistry Analyzer URIT-810 (7)

semi automatic chemistry analyzer

Semi Automatic Chemistry Analyzer URIT-810

•Analysis method: Kinetic, end point, non-linear, sample blank, reagent blank, etc
•Light source: halogen lamp, 6V/10W
•Wavelength range: 300~800nm
•Absorbance range: -0.3~3.0Abs
•Wavelength accuracy:±1nm
•Spectrum band: ±6nm
•Flowcell: 10mm quartz cell, 32μL volume
•Temperature control: Room temperature, 25oC,30oC,37oC, (±0.1oC variable)
•Sampling volume: 100μL~9999μL tunable
•Cross contamination:≤1.0%
•Stability: ≤0.005Abs/h
•Memory: up to 234 items and 20000 test results
•Display: Large LCD display
•Printer: Built-in thermal printer
•Output: Rs232 connecting to PC
•Ambient: Room temperature: 10 oC~32 oC; Humidity: =85%
•Power: AC 220x(1±10%)V,50Hz
•Dimension: 392 x 375x 205mm(length * width * height)

•High-quality filter & close optical system
•Convenient maintenance design
•Large memory capacity
•Advanced unexpected power-off protection

full automatic chemistry analyzer

Fully Automatic Chemistry Analyzer URIT-8021A (2)Fully Automatic Chemistry Analyzer URIT-8021A
•Assay methods: End Point, Kinetic, Fix time etc.
•Principle: Photoelectric colorimetry
•Light Source: Halogen lamp 12V/20W
•Photometry range: 0~3.2Abs
•Resolution: 0.0001Abs
•Wavelength: 340nm\405nm\450nm\492nm\510nm\546nm\578nm\630nm\700nm\800nm
•Throughput: 200 tests/hour
•Reagent tray: 60 reagent positions (include1detergent position,1 dilution position)
•Sample tray: 71sample positions,  standard, QC, STAT positions
•Reaction tray: 120 reaction cuvettes
•Sample volume: 2~100ul, with 0.1ul increment
•Reagent volume: R1:10~500uL, R2: 10~500uL,with 0.5uL increment
•Minimum reaction volume: 150uL
•Maximum reaction time: 10 minutes
•Water Consumption: 5L/hour under working status
•Clean unit: 8-step auto-washing system with detergent
•Calibration: Calibration reset, select best test point by reaction curve, no need second calibration Line/non-line;multi-standards assay
•Control rules: Westgard multi-rule, Cumulative sum check, Twin plot 3 level controls for each ifem, analyxing and printing QC analysis diagram
•Temperature control: incubator 37±0.1℃
•Power supply: AC 230(1±10%)V, 50/60Hz, 500VA
•Ambient: Operating temperature: 10~30℃
Relative humidity: ≤85%
Atmospheric pressure: 86~106kPa

•24 hour non-stop cooling system to ensure reagent at 2-8℃
•Durable ceramic syringes to ensure accuracy & precision
•High accurate optical system
•Collision protection in both vertical and horizontal directions, stop & alarm automatically once touching barrier, not affect former tests
•Automatic eligible cuvettes detection & selection
•Select best test point by reaction curve, create new factor automatically
•Support LIS interface

[Accurate Sampling(Sample/Reagent) System]
•Collision protection
•Liquid level detection
•Internal and external probe washing
•Probe depth adjustment automatically

[High performance mixer design]
•bsence of cross contamination
•Optimal homogenization in minimum time
•Mixing immediately after dispensing of sample and the second reagent

[Stable Optical System]
•High accurate, close, static state optical system
•Spot photometry with high speed digital transmission system
•Durable cuvettes
•8-step auto-washing system with detergent and deion-water to ensure cuvettes clean and decrease cross contamination
•120 reaction cuvettes located in a constant temperature incubator
•Low consumption, open reagent design

[Multi-function sample/reagent tray]
•60 reagent positions, support 25mL, 50 mL reagent bottle type.
•45 sample positions including routine, stat, control and standard
•Various primary tubes and special cups can be used
•Up to 20 virtual sample tray can be programmed
•24 hours nonstop cooling system with peltier element

[Dynamic and real time display of running status]
•Running status of reagent tray, sample tray and reaction tray
•Real time monitoring of reagent residual volume
•Intelligent carry over setting to adjust test sequence, STAT test priority
•Probe depth adjustment automatically
•Real time monitoring of reaction curve
•Real time diagnosis of system working status