Multitest Analyzer LX100MTA

Multitest Analyzer LX100MTA

Multitest analyzer LX100MTA is a multifunction benchtop device with quality control for normal and abnormal values, automatic statistics and analysis of control data. Equipped with the thermal printer for permanent printing by thermal wax transfer, touch screen LCD display and USB connection Port. Features with Multilanguage function. It has three types of working principles Photometry, Coagulation and Specific protein methods.

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FunctionChemistry + Coagulation
Photometry methodEnd point, Fixed time, Kinetic, Serum blank, Bi-chromatic, Two reagent, Multi-point etc.
Coagulation methodNephelometry
Specific protein methodNephelometry, Kinetic Nephelometry
WavelengthChemistry: 340,405, 492,510, 546,620,670nm. Others on request
Coagulation: 450,670 nm. Others on request
Specific protein: 450,670 nm. Others on request
CuvetteFlow through cell, direct reading and coagulation cuvette available
Sample volume50-500μl
Incubator2 reagent and 20 sample incubation positions, controlled at 37±0.5°C
Temp.for Cuvette37±0.1°C
Drift≤0.0001 OD/hr
Quality controlQuality control for normal and abnormal value, Automatic statistics and analysis of control data
Display7 inch, color touch screen
Test MenuChemistry: Kidney function, liver function, cardiac markers, minerals, blood disorders, blood lipid, drug of abuse, miscellaneous, etc.
Coagulation: PT, APTT, FBG. TT, D-Dimer, FDP, AT-III, PC, PS, VWF, Factor V, VII, VIII, IX, X, XI. XII deficient substrate, etc.
Specific protein: hs-CRP RF, ASO, C3, C4, 19A, 196, IgM, Apolipoprotein, HbAlc, mALB, etc.
Storage1,000 test results
PrinterBuilt-in thermal printer
Connection portUSB & RS232
Power110V/60hz; 220V/50Hz 150W
Dimension340 x 380 x 210 mm
Net weight6.5 kg
Packing dimension540 x 480 x 300 mm
Gross weight8 kg

7-inch color touch screen display

Built-in printer and USB port

Compatibility of the flow cell, Micro and macro cuvette test mode

20 sample incubation positions

Data storage capacity up to 1,000 test results

Lower energy-consuming technique

Used for the analysis of various biological components in fields such as pathology, medical microbiology, Biochemistry and research purposes.

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