The EGSWEI TR200 roughness meter has been released, ushering in a new era of precision measurement

In the field of industrial manufacturing by 2025, surface roughness, as a key indicator for measuring workpiece quality, directly affects the performance and lifespan of products. The precise control of surface roughness runs through various industries, from the wear resistance of mechanical components to the imaging quality of optical components. In order to meet the urgent needs of modern industry for high-precision, portable, and intelligent testing equipment, Egway (Shanghai) Testing Equipment Co., Ltd. has proudly launched the TR200 roughness meter. This new product, which combines performance and innovative design, is bound to become a powerful assistant in the field of quality control.

The TR200 roughness meter is designed for complex and varied industrial field inspection scenarios. It breaks through the spatial constraints of traditional desktop inspection equipment, and can easily handle online inspection of large mechanical components, real-time sampling on production lines, and outdoor operations of metrology and inspection departments. Its exquisite integrated body enables sensors, drive units, and independent measurement, analysis, and data storage without the need for an external computer, truly achieving precise detection anytime, anywhere.

In terms of core performance, TR200 is equipped with advanced DSP (Digital Signal Processor) chips, giving the instrument a powerful "smart brain". This not only enables the instrument to operate quickly and process data accurately, but also has extremely low power consumption, providing stable power guarantee for long-term on-site operations. Combined with high-performance lithium-ion batteries, it can support continuous operation for more than 20 hours on a single charge, without fear of high-intensity testing tasks around the clock. At the same time, the instrument has a storage capacity of up to 100 sets of raw data and waveforms, making it convenient for users to trace historical data at any time for quality analysis and process optimization.

The operating experience of TR200 is equally excellent. The 320 × 240 high brightness color LCD screen makes the measurement parameters (such as Ra, Rz, Rq, etc.) and real-time measurement contour waveforms clear at a glance, even complex surface morphologies can be easily interpreted. The sensor needle position indication function ensures the accuracy of measurement operations; Intelligent power-saving designs such as automatic sleep mode and automatic shutdown not only extend battery life but also improve device usability. In addition, the instrument also thoughtfully supports bilingual interface switching between Chinese and English, meeting the usage habits of different user groups around the world.

To meet diverse testing needs, TR200 offers a wide range of accessory options. Standard sensors are suitable for measuring conventional planes, outer circles, and specific aperture inner holes; Small hole sensors are designed specifically for detecting small inner holes; Surface sensors can accurately capture roughness data of concave and convex surfaces; The extended probe and rod further expand the measurement depth and range. Paired with a small printer, on-site report printing can be achieved; After connecting to a PC, one can better utilize professional software for in-depth data management and analysis, and build measurement solutions.

The emergence of the Egway TR200 roughness meter is a major innovation in the field of industrial testing. It provides solid technical support for enterprises to improve product quality and optimize production processes with precision, powerful functions, convenient operation, and excellent portability. Whether you are in the automotive manufacturing, aerospace, mechanical processing, electronics, medical and other industries, TR200 will become a reliable partner in your quality control process, helping you stand out in fierce market competition and move towards a higher quality manufacturing future.