Precision Equipment

These are bearings combining two or more angular ball bearings in back-to-back arrangement, face-to-face arrangement, or tandem arrangement.

Face-to-face duplex (DF) or back-to-back duplex (DB) bearings can bear axial loads in both directions. Back-to-back duplex bearings have a higher moment load bearing capacity than face-to-face duplex bearings. Tandem duplex bearings can bear a larger single-direction axial load than single bearings.

These are composed of an outer ring, steel balls, and a cage, where the steel balls circulate the ball bearing. The result is a smooth and precise infinite linear motion.

These contain cylindrical rollers capable of circulating within the block (orbital unit), enabling smooth linear motion on a flat surface. The cylindrical rollers are retained and guided by the cage (separator) and the ribs of the block.

The construction does not allow contact between adjacent rollers, meaning the friction coefficient is low.

These are composed of a needle roller integrated into a flat cage. Linear flat roller bearings can be inserted on two planes to ensure smooth reciprocating motion with less friction coefficient.

Bearings made of resin material for slippery surfaces or axes. Can be adopted for a wide range of fields and machine components due to light weight, lower cost, and versatility compared to metal. Generate less vibration and noise and have a lower slip friction coefficient due to light weight. Excellent plastic workability and electrical insulation when heated, water-resistant.

Devices that automatically align a wide variety of components such as machine parts, electronic parts, plastic parts, chemicals, pharmaceuticals, food products, or miscellaneous goods and feeds them through a chute to an automated machine etc.

Parts feeder are simple devices consisting of leaf springs, electromagnets, vibratory vessels, and various other parts, but are critical for aligning and feeding processes in diversified production technologies. They must be increasingly faster and more reliable.