Popularize knowledge on precision measuring instruments, sharing the measurement principles, usage techniques, daily maintenance methods and solutions to common problems of image measuring instruments, roughness profile meters, flash testers and other measuring equipment.
With the development of intelligent manufacturing, measurement technology is evolving towards intelligence and automation. This article introduces intelligent measurement solutions in modern manufacturing.
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Coordinate measuring machines and image measuring instruments are two common precision measurement equipment. This article conducts a comparative analysis from the aspects of applicable scenarios and measurement capabilities.
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Correct daily maintenance and upkeep is the key to ensuring the accuracy and extending the service life of measuring instruments. This article introduces the key points of daily maintenance of measuring instruments.
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Optical measurement and contact measurement are the two main methods of precision measurement. This article conducts a comparative analysis in terms of accuracy, speed, and applicable scenarios.
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Coordinate system and tolerance are the basic concepts of precision measurement. This article briefly introduces the method of establishing coordinate system and common tolerance types in engineering measurement.
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Choosing appropriate measurement equipment is a key decision for enterprise quality control. This article provides selection guidance from the perspectives of measurement needs, accuracy requirements, and budget.
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The roundness meter is a key device for measuring the roundness error of annular workpieces. This article introduces the working principle, measurement function and important role of the roundness meter in precision manufacturing.
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The flash tester is a new type of rapid measurement equipment, which is significantly different from the traditional two-dimensional image measuring instrument in terms of working principle, measurement method and applicable scenarios.
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The roughness profiler is a key device for evaluating the surface quality of workpieces. This article introduces its working principle, commonly used evaluation parameters and its importance in precision manufacturing.
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