Micro Bearing Cage

Design Principles: The compact structural design is suitable for installation in micro spaces, and the positioning grooves precisely restrict the displacement of rolling elements to reduce晃动. The selection of lightweight materials reduces the overall mass and minimizes the inertial impact on micro-mechanical systems. Performance Characteristics: High-precision Positioning: Maintains micron-level rolling element centering to ensure vibration-free operation. High-speed Adaptability: The maximum speed of plastic cages can reach 50,000 rpm (depending on lubrication conditions). Strong Compatibility: Compatible with ceramic, steel and hybrid micro rolling elements.

The core structural design of the micro cage adopts an integrated precision molding process, and restricts micro rolling elements through special positioning grooves to ensure precise positioning in narrow spaces. The material selection takes both rigidity and lightweight into account to meet the structural stability requirements in micro scenarios. Its operational stability is guaranteed by the high-precision fit between the positioning grooves and the rolling elements, which can reduce gap晃动 as well as friction and vibration during operation. The lightweight design can also reduce the load impact of inertial force on the micro drive system and improve the response speed. In terms of material and working condition adaptation, stainless steel cages are suitable for scenarios with high rigidity requirements, while engineering plastic (such as PEEK) cages are suitable for ultra-lightweight and wide-temperature scenarios (-60°C to 250°C); special coatings can further enhance wear resistance. In terms of installation and fitting, it is adapted to the standard installation dimensions of micro bearings, and is assembled with bearing rings through interference or transition fit, with different inner diameter specifications corresponding to adapted tolerance ranges.