About Bio Chemistry Analyzer
Bio Chemistry Analyzer
Methods of Bio-Chemistry Analyzer
Absorbance Mono - Chromatic Bi - Chromatic End Point with Standard / Factor Fixed Time Kinetics Multipoint Kinetics Multi Standard up to 8- Standards
Optical System of Bio-Chemistry Analyzer
Principal photometry Range of measurement:; From 0-2.5 A for 340nm From 0-3.0 A for 405 nm & upward Automatic Zero Setting Halogen lamp 12 V to 20 W Spectral Range Selection : Automatic via Filter Wheel
Filter (nm)
340, 405, 505, 546, 578, 630 Plus Two Optical Filter Bandwidth: 10nm(0.1 C)
Thermostat System
Thermostat Control 25C, 30C, 37C Accuracy 0.1C
Measurement Apparatus of Bio-Chemistry Analyzer
Removable Cuvettes Semi-Micro and Micro Silicon Photodiode
Display and keyboard of Bio-Chemistry Analyzer
Blue Screen 4X20 LCD PCB Optimized Membrane Keyboard
Memory Storage Capicity
100 Tests 8 Unit
Power / Dimension
Voltage 220V Frequency 50Hz Max. Power < 100 VA Temperature 25C, 30C,37C Max. Relative Humidity 75% Dimension 33x32x12.5 CM Weight 7 Kgs
Optional Interface
External Dot Matric Printer Rs 232 interface
Inbuilt thermal Printer
Graphic Thermal Matrix Printer Characters per line Printer Thermo Service 57 mm Wide Paper
Efficient and Accurate Biochemistry AnalysisThis analyzer delivers rapid results using proven colorimetry and photometry principles, supporting up to 100 samples per hour. The direct reading optical system and halogen lamp guarantee reliable, reproducible outcomes during biological and chemical analyses across a broad wavelength range.
User-Friendly Interface and Operational FlexibilityEquipped with a 7-inch LCD touchscreen, the software is intuitive, making setup, calibration, and results retrieval straightforward. Options for automatic and manual calibration, as well as advanced connectivityincluding USB and RS232enhance ease of use and data management for laboratory professionals.
Robust Design for Diverse Laboratory NeedsBuilt with a resilient ABS body and designed for use in laboratories, hospitals, clinics, and research institutes, this analyzer operates efficiently under temperatures from 10C to 35C and up to 85% humidity. Compact dimensions and integrated printer make it a practical addition to any scientific environment.
FAQs of Bio Chemistry Analyzer:
Q: How does the Bio Chemistry Analyzer achieve precise measurement results?
A: The Bio Chemistry Analyzer utilizes direct reading through colorimetry and photometry within a 340700 nm wavelength range. It features both automatic and manual calibration, plus a blank position, ensuring every sample is evaluated accurately for dependable test results.
Q: What types of samples can be analyzed with this device and in what settings is it commonly used?
A: Designed for biological and chemical analysis, the analyzer supports sample volumes from 10200 l. It is widely used in hospitals, clinical laboratories, research institutes, and clinics, catering to various professional diagnostic needs.
Q: When is calibration necessary for the analyzer, and what methods are available?
A: Calibration is crucial before conducting new tests or after maintenance to maintain result accuracy. This analyzer offers both automatic and manual calibration options, allowing flexibility based on laboratory protocols and user preference.
Q: Where can the analyzers test results be stored or printed for record-keeping?
A: Test results can be stored internally with a capacity of up to 5,000 results. Immediate printing is available via the built-in thermal printer, and data can also be exported through USB or RS232 ports for digital record management.
Q: What is the process for operating this analyzer from sample introduction to results retrieval?
A: Begin by placing the sample into the reaction tray, which holds up to 24 samples. Select parameters through the intuitive touch screen. The analyzer will automatically process, read, and analyze the sample, and results can be reviewed onscreen, printed, or stored.
Q: How does the single/double channel feature benefit laboratory throughput and flexibility?
A: Single/double channel operation allows laboratories to handle either one or two tests simultaneously, enhancing processing speed and flexibility. This enables higher throughput, up to 100 samples per hour, adaptable to varying workload demands.