Mindray BS 240 Biochemistry Analyzer

BS-240 is a “CUTE”, multi-functional benchtop clinical chemistry analyzer with a throughput at 200 T/H

●Discrete, random access, fully automated, bench-top

●Up to 200 tests per hour, or 400 tests per hour with ISE

●Flexible Loading, Large capacity of 80 reagent positions and 40 sample positions extendable to 80

●100μl minimum reaction volume

●Disposable Cuvettes to avoid contamination

●Prbe carryover less than 0.05%

Biochemistry Analyzer
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A biochemistry analyzer is an advanced laboratory instrument used to measure the concentration of different biochemical substances in bodily fluids, most commonly blood and urine. These analyzers are crucial in clinical diagnostics because they provide detailed information about a patient’s metabolic processes, organ function, and overall health status. By detecting and quantifying substances like glucose, enzymes, electrolytes, proteins, lipids, and hormones, biochemistry analyzers help healthcare professionals diagnose diseases such as diabetes, liver disorders, kidney dysfunctions, heart conditions, and other metabolic abnormalities. The results from a biochemistry analyzer guide doctors in decision-making, helping them determine the correct treatment plans or monitor the progression of a diseas
The working principle of a biochemistry analyzer generally involves methods such as spectrophotometry, colorimetry, and sometimes electrophoresis. In spectrophotometry, for instance, the analyzer measures the amount of light absorbed by a sample at a specific wavelength. The intensity of the color produced by a chemical reaction is directly proportional to the concentration of the substance being tested. In more advanced models, immunoassays and ion-selective electrodes are integrated to measure specific proteins and electrolytes with high precision. Samples are loaded into the machine, reagents are automatically added, and the analyzer processes everything from mixing, incubation, to final measurement, ensuring fast, accurate, and reproducible results
Modern biochemistry analyzers are highly automated and often integrated with software that manages data, interfaces with hospital networks, and allows remote access. This automation significantly reduces human error, improves workflow efficiency, and speeds up the turnaround time for test results. Some analyzers are small and designed for point-of-care testing in clinics or emergency rooms, while larger, high-throughput models are installed in central laboratories and can process hundreds to thousands of tests per day. These machines often have features like barcode scanning, automated sample dilution, and quality control monitoring to ensure the reliability and accuracy of every test performed
Moreover, biochemistry analyzers have evolved to meet the growing demands for versatility and flexibility in laboratories. Many systems are modular, allowing labs to customize them according to their specific testing needs. Additionally, advancements in reagent technology have led to the development of ready-to-use kits that minimize the need for manual preparation. Regular calibration and maintenance are critical for the optimal performance of biochemistry analyzers. Manufacturers also provide quality assurance programs and technical support to ensure that laboratories maintain compliance with international standards such as ISO and CLIA. Overall, the biochemistry analyzer plays a vital role in modern medical diagnostics, helping clinicians deliver better patient care through accurate and timely biochemical assessments content
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Beyond the hand instruments, powered devices have revolutionized clinical workflows. High-speed and low-speed dental handpieces, driven by air turbines or electric motors, allow for rapid cutting of enamel and dentin as well as gentle finishing and polishing. Ultrasonic scalers use piezoelectric or magnetostrictive technology to generate high-frequency vibrations that dislodge calculus and biofilm with minimal discomfort. Dental curing lights—often LED-based—polymerize light-activated composite resins in seconds, streamlining restorative treatments. In endodontics, apex locators and electric pulp testers provide real-time feedback on canal length and pulp vitality, respectively, reducing the need for invasive exploration and improving treatment outcomes
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