Product Announcements:
Mechanical Components

Woodex® Bearings are shaft-friendly, quiet, and sustainable — and they fit precisely without shims. Read more...

Ball transfer units are available in a wide variety of designs and specifications. However, one of the most important factors affecting their performance is the internal structure. Planeveyor, the ball transfer unit developed by ATEC Co., Ltd., features a unique spherical support structure (PAT.P) that fundamentally changes how loads are supported compared with conventional ball transfer... Read more...

Leno Machinery provides precision brass gears with excellent corrosion resistance, dimensional accuracy, and reliable performance for marine, industrial, and specialized motion systems. Read more...

CaesarPlanetary® KPH servo planetary gearbox delivers ultra-low backlash, high torque density, and exceptional stability for high-precision laser cutting and multi-axis motion systems. Read more...

KR080 planetary joint module integrates motor, gearbox, and encoder to deliver high torque density, precise control, and compact design, ideal for humanoid robots, automation systems, and high-performance motion applications. Read more...

Automated production and robotic coating technology enhance the durability, precision, and consistency of our servo planetary gearboxes, demonstrating strong in-house manufacturing capability. Read more...

Compact wave springs for vacuum pumps, providing consistent preload, vibration damping, and thermal compensation to improve alignment, sealing, and service life in high-performance vacuum systems. Read more...

LISPRING provides high-precision wave springs and retaining rings designed for compact, durable, and reliable performance in demanding industrial applications. Read more...

APM Hexseal's self-sealing screws are designed to protect your equipment from damaging and hazardous contaminants. Our superior design helps ensure a tight, protective barrier. Read more...

When selecting a retaining ring for your application, size alone does not determine performance. Ring geometry, installation method, and load distribution within the groove all influence how a ring behaves in your assembly. For example, spiral retaining rings and tapered section rings (circlips) both secure components within a groove, but they achieve retention in fundamentally different... Read more...