Silicon nitride is used for the bearing ring and balls in order to withstand corrosive environments.
This is a solid lubricant bearing using high-molecular fluorine.

Applications：

Semiconductor manufacturing equipment, LCD manufacturing equipment, semiconductor inspection equipment, synthetic fiber manufacturing equipment, can manufacturing equipment, ultrasound motors

Precipitation-hardened stainless steel is used on the bearing raceway, while the balls are made from silicon nitride ceramic in order to withstand corrosive environments. This is a solid lubricant bearing using high-molecular fluorine.

Applications：

Semiconductor manufacturing equipment, chemical manufacturing equipment, food machinery, cleaning equipment

This bearing uses non-magnetic stainless steel for its ring and silicon nitride ceramic for the balls. This is a solid lubricant bearing using high-molecular fluorine.

Applications：

Semiconductor manufacturing equipment, semiconductor inspection equipment, can manufacturing equipment, superconductivity-related material, welding machines

This is a solid lubricant bearing with a high-molecular fluorine coating on its rolling surfaces. We have broadened the scope of highly reliable, high-molecular fluorine coating. The High-temperature Clean Pro Bearing has an excellent track record for clean-room applications and now with improved heat resistance, offers an expanded operating temperature range of up to 260 ºC.

Applications：

Semiconductor manufacturing equipment, LCD manufacturing equipment, conveyors, vacuum equipment, sputtering devices

This is a solid lubricant bearing with a high-molecular fluorine coating on all of its surfaces. The high-molecular fluorine coating provides excellent lubrication and is low in particle and gas emissions, making the Clean Pro Bearing useful in clean-room applications.

Applications：

Semiconductor manufacturing equipment, LCD manufacturing equipment, vacuum equipment, exposure apparatus, sputtering devices, vacuum motors

This is a solid lubricant bearing using tungsten disulfide, which boasts high heat resistance. It offers excellent load resistance compared to other types of solid lubricant bearing. Without using a cage, the balls are retained at even intervals using a separator containing tungsten disulfide.

Applications：

Semiconductor manufacturing equipment, LCD manufacturing equipment, vacuum evaporator, PDP manufacturing equipment
* We recommend using this bearing on horizontal axes

The DL Bearing is packed with the appropriate amount of KDL grease (fluorine base) and has extremely low particle emission.
Lubricated with grease, the DL Bearings ensures superior lubrication reliability.

Applications：

Semiconductor manufacturing equipment, LCD manufacturing equipment, conveyance robots, vacuum pumps

The MG Bearings are solid-lubricant bearings, lubricated with the silver-ion plating on the balls. They are suitable for ultra-high vacuum applications due to having low gas emissions.

Applications：

Semiconductor manufacturing equipment, LCD manufacturing equipment, vacuum evaporator, medical equipment, vacuum motors

The PN Bearings are solid-lubricant bearings with cages containing molybdenum disulfide, etc. The cage is made from a highly heat-resistant PEEK (poly-ether-ether-ketone) resin, enabling the bearings to operate stably under high temperatures.

Applications：

Carton manufacturing equipment, LCD cleaning equipment

The linear ball bearing is a high accuracy bearing that makes linear motion in the axial direction while making rolling contact with the axis. This is a compact infinite linear motion bearing comprising of balls on its outer casing, a cage and a shield.

A linear way is a bearing unit comprising of balls circulating inside a slide unit which performs infinite linear motion on a track rail. By securing the slide unit and track rail with a mounting bolt, it is possible to easily obtain high-accuracy linear motion.

The Cross Roller Way is a linear motion bearing combining cylindrical rollers with a cage between two raceway bases with raceway surfaces made of two V-shaped planes. In this bearing the cylindrical rollers are arranged to meet at right angles alternately therefore it can withstand load in any direction and is possible of extremely high-accuracy, smooth linear motion.