Silent Belt Module LD4015 Single-Axis Linear Module

1、 Optimization of noise reduction performance

The surface treatment of the synchronous belt adopts polyurethane synchronous belt, and the surface is designed with a micro pit array, reducing air resistance noise during high-speed operation while avoiding friction noise.

The guide rail has a soundproofing structure, and the V-shaped raceway guide rail is equipped with four rows of precision steel balls arranged with a phase difference of 90 °. Reduced friction force, significantly reducing mechanical vibration noise.

2、 High precision motion control

Precise adjustment of pre tension force, dynamically monitoring the pre tension force through a tension meter, controlled at the critical value of 15% of the synchronous belt tensile strength, eliminating transmission clearance and avoiding excessive wear.

Positioning accuracy guarantee, the pre tightening adjustment screw accuracy of the linear guide rail reaches 0.05mm level, and the contact stress is automatically adjusted when the load suddenly changes , ensuring a repeat positioning accuracy of ± 0.05mm.

3、 Dynamic stability design

Motor collaborative control adopts S-shaped velocity curve algorithm to control the rate of acceleration change to reduce mechanical impact, and avoid shaking caused by emergency start stop.

4、 Reliability and ease of maintenance

The lubrication system is refined with built-in pressure sensors to control grease injection, extending its lifespan and reducing maintenance frequency.

Installation benchmark optimization: The base adopts 16 M6 mounting holes with asymmetric stress compensation layout, which are leveled with a laser interferometer to avoid resonance risks and improve the service life.

Medical automation:

surgical instrument transfer, detection instrument movement

High speed sorting system:

packaging and material sorting at a speed of 5m/s

Clean environment:

semiconductor wafer handling