Post RFQ
This product has two core advantages: first, the compact desktop design saves laboratory space, and is suitable for use in a limited laboratory environment. Second, the high-magnification telecentric macro lens and 20MP high-resolution CMOS camera can clearly collect images of micro-sized workpieces, realizing high-precision measurement of micro dimensions. In addition, it supports micro-size measurement analysis and real-time report generation, which can meet the measurement needs of scientific research and teaching. It also has a humanized operating system, which can realize fully automatic measurement with one key, reducing the operating threshold of operators.

The overall dimensions are 500mm (length) × 400mm (width) × 800mm (height), with a net weight of approximately 150kg. It is equipped with a 20MP high-resolution CMOS camera and a high-magnification telecentric macro lens, with a field of view of 50×50mm. The measurement accuracy is ±(2.0+L/200)μm, and the single-piece measurement speed is 0.8-1.5 seconds. It is equipped with a customizable micro multi-mode light source system, which can adapt to various types of micro workpieces. The built-in software supports CAD file import and export, SPC statistical analysis, and can generate standard quality inspection reports. It is suitable for use in an environment with a temperature of 20±2℃ and humidity of 40%-60%.
This desktop compact lab-grade flash measuring instrument is mainly applicable to the precision measurement of micro-sized workpieces in universities, research institutes and high-tech enterprises. In the semiconductor industry, it can detect the size of chip packages and PCB pads. In the medical device industry, it can test the size of micro medical devices such as catheter joints. In the teaching field, it can be used as a teaching tool for precision measurement courses, helping students understand the principles of machine vision measurement. It is also suitable for the precision measurement of small-batch micro parts in high-tech enterprises.