About COMPACT BIOCHEMISTRY ANALYZER
COMPACT BIOCHEMISTRY ANALYZER : ETA-32
Technical Specifications :
Human Machine Interface
Dynamic keypad
Linear Measurement Range
0.000 to 3.000 Absorbance Units (A)
Photometric Accuracy
2% or 0.007 whichever is higher, from 0 to 1.5 A,
3% from 1.5 A to 3.0 A
Filters
High Quality Narrow band Interference
340, 405, 510, 546, 578 and 630 mm & Two Optianal
Flow cell
18 l & up to 1000 l Sipping volume
Temp. of Cuvette / Flow cell Block
25 C, 30 C and 37 C by Peltier effect
Light Source
Tungsten Halogen
Display
Graphics LCD
Printer
Built in Thermal Printer, 20 Column
Storage Capacity
250 User Defined Test Programs & 2500 Patient results
Analysis Mode
Absorbance, End Point, Fixed Time, Kinetic, Defferential, Ratio, Coagulation
Voltage
115 - 230 Volts ± 10%, 50 - 60 Hz
Power - 100 VA
Features
52 Direct Access Test Keys
Specially designed long life Perisaltic Pump
Unique circuitry for long lamp life
Triple cuvette system
Monochromatic, Bichromatic measurement.
Patient report with PID & Name
User friendly software USB Interface
Efficient Analysis with Advanced TechnologyThe analyzer leverages state-of-the-art microprocessor technology and a halogen lamp light source to deliver swift and accurate results. Supporting up to 100 tests per hour, its automatic/manual calibration and dual cell options enhance adaptability. Whether for routine clinical chemistry or specialized lab diagnostics, it accommodates rigorous workflows seamlessly.
User-Friendly Interface and Robust Data ManagementA generously sized graphics LCD and intuitive controls make operation straightforward. Store and retrieve up to 2,000 test results, while data can be printed directly via the thermal printer. USB and RS232 interfaces facilitate connectivity, ensuring streamlined integration into existing laboratory systems.
Reliable Performance and Durable DesignConstructed with high-quality ABS plastic and stainless steel elements, the analyzer remains resilient under demanding laboratory conditions. It operates effectively between 15C to 32C and up to 85% relative humidity. Its compact dimensions and lightweight build make installation and repositioning convenient for laboratory workflows.
FAQs of COMPACT BIOCHEMISTRY ANALYZER:
Q: How does the Compact Biochemistry Analyzer ensure accurate calibration for clinical tests?
A: This analyzer offers both automatic and manual calibration options, allowing labs to maintain precise measurement protocols. Users can select calibration methods based on specific test requirements to achieve consistent and reliable results every time.
Q: What is the process for storing and retrieving test results on the analyzer?
A: Up to 2,000 test results can be stored in the devices memory. Users can access historical data via the graphics LCD interface, export results through USB or RS232 ports, or print records directly using the built-in thermal printer, facilitating efficient data management.
Q: When should I opt for the flow cell or the open cell cuvette option?
A: The flow cell is recommended for continuous and automated workflows, whereas the optional open cell is ideal for manual or low-throughput applications. The choice depends on sample handling preferences and test volume in your laboratory.
Q: Where can this analyzer be installed, and what are its space requirements?
A: The compact design (330 mm x 460 mm x 270 mm) allows it to fit in various laboratory settings with limited bench space. Its lightweight construction (approximately 10 kg) ensures ease of placement and relocation as needed.
Q: What are the main benefits of using the built-in thermal printer?
A: The built-in thermal printer provides immediate, high-quality printouts of test results, streamlining record-keeping and facilitating quick data sharing. This integration saves time and reduces dependency on additional external devices.
Q: How do power and environmental requirements affect the analyzers operation?
A: The unit operates efficiently between 15C and 32C with a relative humidity of up to 85%. It supports a wide voltage range (115230 Volts) and requires standard laboratory power conditions, maximizing flexibility for global installation.