Benefits at a glance Antislip design improves grip, reduces heat buildup, lowers required drive force, and maintains static and dynamic stiffness for stable operation. Low friction delivers long service life, quiet operation, no stickslip, reduces heat, and lowers drive power needs. Low friction loss supports transmission efficiency. Stable, strong performance with smooth rotation. Not easy to deform or wear, delivers precision with low noise. Helps prevent dust ingress, provides lubrication benefits, and maintains precise processing size. Performance and attributes Function: improves grip and control in drive and transmission components; reduces heat and drive power requirements; supports precise, smooth motion. Compatibility: suitable for use in drive systems and transmission assemblies that require low wear, low noise operation, and stable rotation (design focused on precision motion control applications). Size and processing: maintains precise processing size for accurate fit and performance. Material/Durability: engineered to resist deformation and wear; optimized for long service life with low noise. Efficiency: transmission efficiency due to minimal friction loss; supports reliable, energyefficient operation. Maintenance: effective dust prevention and lubrication features aid in longevity and consistent performance. Use scenarios Drive and transmission assemblies in automation systems or robotics where reduced heat, lower drive power, and stable, lownoise operation are critical. Precision machinery such as CNC equipment or accuracy positioning systems requiring stiffness, smooth rotation, and tight dimensional control. Environments with dust exposure where effective dust prevention and lubrication help maintain accuracy and extend component life.