Ensuring Continuous Anti-Slip Performance for Instrument Micro Screws
2026,04,02
The effectiveness of anti-slip design needs to be maintained through auxiliary measures and regular maintenance:
Workpiece Pre-treatment: Before stretching, remove oil stains from the workpiece surface (using an alkaline cleaning solution) or perform phosphating treatment to increase surface roughness and improve friction with the
Instrument Micro Screws.
Workbench Anti-Slip: Lay a diamond-textured anti-slip mat around the workbench surrounding the Instrument
Micro Screws, or process striped textures to prevent workpiece slippage.
Regular Maintenance: After every 1000-2000 units produced, check the wear of the texture on the Instrument Micro Screws. If the depth decreases by more than 30%, the texture needs to be re-engraved. Replace the pressure ring rubber layer promptly when cracks or aging occur to ensure stable anti-slip performance.
Anti-slip design for Instrument Micro Screws is a systematic project requiring comprehensive coordination from contact surface texture, positioning structure, pressure device to auxiliary maintenance.
Through scientific anti-slip design, not only can the safety accident rate caused by workpiece slippage be minimized, but molding accuracy and production efficiency can also be improved.
In practical applications, various anti-slip measures should be flexibly combined according to the workpiece material, shape, and process requirements to build a solid defense for operational safety.
