In the field of industrial production and scientific research, measurement accuracy often determines the quality of products and the reliability of research results. With an accuracy of up to 0.2µm, POMEAS Diameter Measuring Instruments have brought an unprecedented measuring experience to various industries, and have become the right hand of many enterprises in pursuit of the ultimate quality.
1. Electronics manufacturing industry: in chip manufacturing, circuit board production and other links, the dimensional accuracy of electronic components directly affects the performance and stability of electronic products. For example, the line width and spacing of the internal circuitry of a chip requires nanometre precision, and a slight deviation may cause the chip to fail. The high accuracy of POMEAS sizers can accurately measure tiny electronic components to ensure that the production of electronic products with excellent performance, to meet the market demand for high-performance electronic products.
2. Automotive manufacturing industry: The dimensional accuracy of core components such as automotive engines and transmissions is related to the power performance, fuel economy and safety of automobiles. If the dimensional accuracy of the engine piston does not meet the standard, it will lead to engine leakage, power loss, and even cause serious mechanical failure. POMEAS sizers are able to carry out high-precision inspection of automotive parts to ensure the processing accuracy of parts, thus improving the quality and reliability of the whole vehicle.
3. Aerospace industry: Aerospace industry has almost harsh requirements on the precision of parts, any small size deviation may cause serious consequences in extreme environments. The dimensional accuracy of aircraft engine blades has a direct impact on the efficiency and safety of the engine. With its high accuracy of 0.2μm, POMEAS calipers can provide reliable data support for the manufacturing and inspection of aerospace parts, thus contributing to the development of the aerospace industry.
1、Advanced optical system: POMEAS sizers use high-quality optical lenses and light sources that can emit highly stable and parallel light. When the light shines on the measured object, the contour of the object will produce precise blocking or scattering of the light, the optical system can accurately capture these light changes, laying the foundation for subsequent accurate measurement.
2、Precise sensor technology: the diameter measuring instrument is equipped with advanced photoelectric sensors, which can quickly and accurately convert optical signals into electrical signals. These sensors have high sensitivity and high resolution, and can accurately perceive the subtle changes in light, thus realising high-precision measurement of the size of the measured object.
3、Intelligent algorithms and data processing: POMEAS sizers have built-in self-developed intelligent algorithms, which can analyse and process the data collected by the sensors in real time. Through the complex mathematical model and algorithm optimisation, it can effectively eliminate the error interference in the measurement process and ensure the accuracy and reliability of the measurement results.
(1)Real-time monitoring and feedback: On the production line, POMEAS calibrators are able to measure the product in real time and provide immediate feedback to the production control system. Production personnel can adjust production parameters according to these data, avoiding a large number of defective products due to dimensional deviations, and improving production efficiency and product quality.
(2)Data Record and Traceability: The gauge can automatically record the data of each measurement to form a complete measurement data file. This data can be used not only for product quality analysis, but also for traceability when quality problems occur, helping companies to quickly identify the root cause of the problem and take effective improvement measures.
(3)Easy to integrate and operate: POMEAS calibrators are compact and easy to integrate into a wide range of production equipment and automated production lines. At the same time, the operator interface is simple and intuitive, so operators can master it after simple training, reducing the cost of use and training costs.
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