The Bio Max BIOLYSER 4000 Semi Auto Biochemistry Analyzer is a high-performance laboratory diagnostic instrument designed for accurate and efficient biochemical analysis. Equipped with a precision optical system, multiple wavelength options, and a metal-quartz flow cell, the analyzer delivers reliable results for routine clinical chemistry testing. Its temperature-controlled operation and advanced absorbance measurement capabilities ensure consistent analytical performance across various laboratory applications.
Featuring an LCD display, RS-232 connectivity, and optional internal or external printing support, the BIOLYSER 4000 offers convenient operation and data management. Its compact design, low carryover rate, and broad testing capability make it suitable for hospitals, diagnostic centers, and clinical laboratories.
Key Features
- Semi-auto biochemistry analyzer
- High-precision absorbance measurement
- Absorbance range: 0.500–3.500 Abs
- Resolution up to 0.0001 Abs (calculated)
- Halogen lamp light source (12V/20W)
- Multiple wavelength filters
- Standard wavelengths: 340, 405, 500, 546, 620 nm
- Additional optional wavelength filters
- Wavelength accuracy of ±1 nm
- Bandwidth less than 8 nm
- Metal-quartz flow cell
- Temperature-controlled operation
- Supports 25°C, 30°C, 37°C, and ambient temperature
- LCD display
- RS-232 communication interface
- Built-in printer support
- Optional external printer connectivity
- Low carryover rate (<1%)
- Compact laboratory design
- Suitable for routine clinical chemistry analysis
- Easy operation and maintenance
Applications
The Bio Max BIOLYSER 4000 Semi Auto Biochemistry Analyzer is suitable for:
- Clinical Laboratories
- Hospital Laboratories
- Diagnostic Centers
- Medical Research Laboratories
- Pathology Laboratories
- Healthcare Institutions
- Private Diagnostic Facilities
- Academic and Teaching Laboratories
The analyzer is designed for routine biochemical testing, clinical chemistry analysis, enzyme assays, metabolic profiling, liver function testing, kidney function assessment, lipid profile analysis, glucose testing, and other laboratory diagnostic applications requiring accurate photometric measurements.
