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Duzhi Instrument (Shanghai) Co., Ltd
Form Talysurf Laser
NegotiableUpdate on 05/06
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Overview
The sensor of Form Talysurf Laser can measure angles, surface roughness, and contours in both normal and reverse directions with the same speed and accuracy. Through this research and development achievement, Taylor Hopson successfully solved the daily challenges faced by manufacturers of bearings, fuel injectors, and other precision components.
Product Details
Form Talysurf LASER
Form Talysurf ® Laser's core advantages
Form Talysurf ® LASER has industry level capabilities in angle, radius, and shape measurement, enabling single measurement, multi-dimensional result output, and real-time data feedback, providing one-stop solutions for precision measurement needs.
surface roughness
Equipped with low-noise and high-resolution sensors, it can synchronously measure roughness, waviness, and shape at once, with excellent measurement accuracy and efficiency.
step height
Using sensors with resolutions far exceeding ISO and other industry standards to achieve high-precision evaluation of step height.
Contour measurement
Relying on exclusive calibration technology, it can accurately measure full dimensional contour parameters such as radius, angle, height, length, distance, etc.
Three dimensional morphology (optional)
Paired with Metrology 4.0 software and optional electric Y-axis table, traditional 2D measurement results can be transformed into intuitive 3D shape graphics.
Equipped with Metrology 4.0 intelligent metering software
As a long-awaited next-generation metrology software in the industry, Taylor Hopson's flagship intelligent software can complete dimension annotation based on part drawings and accurately restore the component coordinate system (PCS) in the manufacturing process.
The software has an intuitive and easy-to-use operating interface, virtual display and real-time control functions, combined with point axis intelligent movement control technology, to achieve precise positioning and reliable measurement, balancing operational convenience and measurement accuracy.
