Automatic laser texturing machine

Product Overview

A surface activation processing equipment specially designed for sensor elastomers, equipped with a high-definition visual alignment system and precision servo transmission structure. Through laser micro etching technology, uniform micro textures and cross lines are generated on the metal surface to enhance colloidal adhesion and stabilize the precise bonding effect of strain gauges. Effectively improving issues such as detachment, parameter drift, and zero offset during product use, it can process flat, curved, inner flat, deep hole, and irregular structured workpieces, adapt to the production of high stability products such as robots, military, and new energy, and support customized roughening solutions for different workpieces.

Product Features

1. Intelligent adjustment of processing depth and texture density, uniform surface treatment, and no excessive corrosion or processing defects

2. Non contact processing method, which does not damage the metal substrate structure and retains the original mechanical properties of the workpiece

3. Optimize the bonding effect and reduce the probability of component detachment and failure in vibration and temperature difference environments

4. Compatible with circular, irregular surfaces, and deep hole workpieces, meeting the needs of multi shape elastic body processing

5. Visual positioning/3D galvanometer automatic processing, uniform effect of batch products, suitable for large-scale production operations

Technical parameters

Parameter project technical specifications

Equipment model PJAE-LM300

Laser type high-precision fiber laser

Laser power adjustable from 50~150W

Wool depth 0.01~0.1mm, precise and controllable

Processing format of 300 × 300mm, supporting large-sized non-standard customization

Positioning accuracy ± 0.02mm

The processing effect is uniformly shaped with micro textures and cross lines, and the substrate is undamaged and deformed

Application field

Industrial weighing sensors, torque sensors, humanoid robot six axis force sensors, military aerospace, new energy components