Post RFQ
The core highlight is the multi-parameter integrated detection capability, which can complete dual detection of roughness and contour without replacing the probe. It is equipped with a high-precision dual-sensor system, which meets the accuracy requirements of roughness and contour measurement at the same time. It has a built-in automatic report generation function, which can generate ISO standard inspection reports with one click, and supports overlaying measurement data on photos to intuitively display the workpiece surface morphology. It adopts a switchable power supply mode, supporting two power supply methods of built-in lithium battery and AC adapter, adapting to the usage needs of different scenarios, and the body adopts IP65 protection level, which can adapt to the complex on-site environment.

The overall size of the machine is 200mm (length) × 80mm (width) × 40mm (height), with a body weight of 650g, adopting an aluminum alloy body shell to ensure structural stability and wear resistance. The roughness measurement range covers 0.005μm~150μm, the contour measurement X-axis stroke is 0~30mm, Z-axis stroke is 0~15mm, with a resolution of 0.001μm, supports 5 standard sampling lengths, can store 10000 sets of measurement data, supports two data transmission methods of USB and Bluetooth 5.0, is equipped with a 4000mAh rechargeable lithium-ion battery with a battery life of up to 6 hours of continuous detection, and has an ingress protection rating of IP65.

It is suitable for cavity surface comprehensive inspection in mold manufacturing industry, comprehensive quality control of aerospace precision parts, medical device surface morphology inspection, material surface analysis in scientific research institutes, and high-end hardware product inspection. It can complete multiple surface inspection indicators in one go, reducing equipment procurement costs, providing users with comprehensive surface quality analysis data, and meeting the comprehensive quality control needs of high-end manufacturing enterprises.