Diagnostic Instruments

Common Faults and Solutions for Industrial Automation Instruments

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Common Faults and Solutions for Industrial Automation Instruments

　　1. Types of Industrial Automation Instruments 　　Currently, industrial automation instruments mainly include flow instruments, pressure instruments, level instruments, temperature instruments, and online process analyzers. Flow instruments are further divided based on their measurement principles, including velocity method, volumetric method flow meters, direct method, derived method mass flow meters, and various types such as rotor type, … Read more

How to Obtain the Instrument’s Diagnostic Report?

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How to Obtain the Instrument's Diagnostic Report?

The instrument cannot operate normally, and there are usually corresponding fault prompts. However, not every fault prompt can accurately indicate the problem, so a more detailed instrument diagnostic report is needed. Almost all Bruker instruments exchange data with the computer via network cable. Accessing instrument information requires only a web browser. For example, in Internet … Read more

Classification of In Vitro Diagnostic Instruments

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Classification of In Vitro Diagnostic Instruments

Click the above “CAIVD” to follow us In Vitro Diagnosis, or IVD, refers to obtaining clinical diagnostic information by testing human samples (such as blood, body fluids, tissues, etc.) outside the human body, thereby assessing diseases or bodily functions. The instruments, reagents, and consumables required during the testing process constitute the IVD system, while companies … Read more

Tips for Designing Microfluidic Chips in Diagnostic Instruments

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Tips for Designing Microfluidic Chips in Diagnostic Instruments

Design Tips 1 Microfluidic chip Since the development of the first commercial POCT instruments in the 1990s, microfluidic technology has gained increasing favor among manufacturers due to its outstanding advantages, especially in the field of diagnostics. Microfluidics is a branch of fluid mechanics that studies the physical processes of fluid flow using fundamental control equations, … Read more

Analysis of Biochemical Diagnostic Instruments Development

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Analysis of Biochemical Diagnostic Instruments Development

1. Overview of Biochemical Diagnostic Instruments The biochemical analyzer, also known as a biochemical instrument, is a device that uses photometric colorimetry and biochemical analysis methods to measure specific chemical components in body fluids. Due to its fast measurement speed, high accuracy, and low reagent consumption, it has been widely used in hospitals, epidemic prevention … Read more

Specialized Diagnostic Instruments for Hydraulic Systems

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Specialized Diagnostic Instruments for Hydraulic Systems

………. To meet the needs of on-site fault diagnosis for hydraulic equipment, many specialized hydraulic fault diagnostic instruments have been developed both domestically and internationally in recent years. Pressure diagnostic instruments. The rapid development of pressure sensors has greatly promoted the development of pressure diagnostic instruments. Domestically, Zhejiang University has developed a fluid pressure waveform … Read more

Understanding Key Raw Materials for Diagnostic Instruments

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Understanding Key Raw Materials for Diagnostic Instruments

Click the blue text above to follow us! Source: Xianji Network, Huoshi Creation, IVD Raw Material Network The in vitro diagnostic system mainly consists of diagnostic instruments and diagnostic reagents. However, both diagnostic instruments and reagents face a severe dependence on imported core components and raw materials, similar to the communication industry. The upstream raw … Read more