NEWSKU-21-MRXW95J8-Q3VA
ES105 Semi-Auto Chemistry Analyzer
Unit Price · Ex-Lagos
₦2,000,000
approx. $1,307.19 at today's rate
100 units available · MOQ 1 unit · Ships in 48hrs
× ₦2,000,000
Buyer protected Nationwide logistics Paystack verified
Fulfilled by Store
HH-00001
The BIOELAB ES-105 Semi-Auto Chemistry Analyzer is a compact clinical chemistry system designed for routine biochemical testing in clinical laboratories, hospitals and diagnostic centres. BIOELAB positions the ES-105 as a flexible semi-automatic analyzer combining a 7-inch colour touchscreen, multifunctional incubator, built-in thermal printer and large result-storage capacity.
The analyzer supports 1-point endpoint, 2-point endpoint/sample blank, kinetic and fixed-time methods, with coagulation testing available as an optional function. It can operate in both flow-cell and cuvette testing modes and provides seven standard optical wavelengths, with two additional filter positions available as options.
Its multifunctional incubation area accommodates sample tubes, chemistry cuvettes and coagulation cuvettes, while multiple USB interfaces and Ethernet connectivity facilitate connection to peripherals and laboratory information systems.
Key Features
Semi-automatic clinical chemistry/biochemistry analyzer
7-inch TFT colour touchscreen
800 × 480 display resolution
Flow-cell and cuvette testing modes
1-point endpoint testing
2-point endpoint/sample blank testing
Kinetic testing
Fixed-time testing
Optional coagulation testing
Multifunctional incubator
Temperature options of room temperature, 25°C, 30°C and 37°C
Seven standard optical filters
Two additional optional filter positions
Long-life tungsten halogen lamp
Automatic lamp sleep function
Built-in 57 mm thermal printer
Stores more than 300 test programs
Stores up to 200,000 results
Multiple USB interfaces
Ethernet connectivity
Supports keyboard, mouse, external printer, USB drive and barcode reader connections
Real-time reaction-curve display
Calibration and quality-control management
Compact benchtop design