BK-200 Automatic Chemical Analyzer
The BK-200 automatic chemical analyzer from BioBase is a state-of-the-art laboratory device designed to meet the needs of modern laboratories for chemical analysis. With a processing capacity of 200 tests per hour, this device stands out for its speed and efficiency. It features 37 sample positions and 28 reagent positions, providing great flexibility in managing tests.
tes several advanced features to ensure accurate and reliable results. The probe is coated with Teflon and includes an anti-collision function and liquid level detection, minimizing errors and contamination risks. The automatic washing system for probes and cuvettes ensures optimal hygiene between uses.
The device is equipped with a precise temperature control system that maintains a constant temperature of 37 ± 0.2°C, essential for reliable chemical reactions. The 48 reusable cuvettes, with a 6mm optical path length, allow for high-quality spectrophotometric analysis. The independent mixer ensures uniform agitation of reagents, further improving the accuracy of results.
The BK-200's optical system uses a 6V/10W halogen lamp and offers post-spectral spectrophotometry with wavelengths ranging from 340 to 700 nm. This extended range allows for detailed sample analysis. The device can measure absorbance up to 3.0 Abs, covering a wide range of concentrations.
The BK-200 offers various calibration methods, including both linear and nonlinear options, allowing for precise adaptation to the specific needs of each laboratory. Real-time quality control, coupled with Westgard rules and cumulative sum checks, ensures continuous monitoring of the device's performance.
Compatible with Windows 7/8/10 operating systems, the BK-200 provides a user-friendly interface and LAN connectivity for easy integration into existing laboratory systems. It supports the HL7 protocol for bidirectional communication with Laboratory Information Systems (LIS).
The BK-200 operates within a temperature range of 15 to 30°C and requires a relative humidity between 40% and 85%. Its deionized water consumption is under 5 liters per hour, making it an eco-friendly and cost-effective device.
