The most commonly used cylindrical precision ball bushing. This is the most widespread metric series in Japan, available in “P” and “SP” grade precision. The ball retainer is steel and heat-resistant up to 150°C with no seal.

The most commonly used cylindrical precision ball bushing. The ball retainer is made of synthetic resin.

A clearance adjustment slit down the side of the ball bushing, combined with housing of an adjustable outer diameter, facilitates adjustment to the amount of space between shaft and ball bushing.

The same as the N-V model except with one circuit of steel balls removed. Configured for use when the shaft is held in place by a support rail.

This medium-length ball bushing (between standard and double length) may be selected for a particular installation space, load capacity or other usage specification. Track length is maximized and load capacity increased employing a single ball retainer.

Double the length of a standard ball bushing. This product has two retainers and is therefore suitable when anticipating moment loads.

This single-type flanged ball bushing has a single synthetic resin retainer and a square flange at one end of the outer sleeve. Electroless nickel plating is applied as standard to the outer surface.

This single-type flanged ball bushing has a single synthetic resin retainer built into the flange-integrated outer sleeve. The circular flange is located at one end of the outer sleeve. Electroless nickel plating is applied as standard to the outer surface.

This ball bushing is shaped so the end of its sleeve can be used as an inlay. It has a square flange and a single synthetic resin retainer. Electroless nickel plating is applied as standard to the outer surface.

This ball bushing is shaped so the end of its sleeve can be used as an inlay. It has a circular flange and a single synthetic resin retainer. Electroless nickel plating is applied as standard to the outer surface.

This ball bushing is shaped so the end of its sleeve can be used as an inlay. It has a circular flange and a single synthetic resin retainer. Electroless nickel plating is applied as standard to the outer surface.

This medium-length ball bushing (between standard and double length) may be selected for a particular installation space, load capacity or other usage specification. It has a single synthetic resin retainer and a square flange at one end of the outer sleeve. Electroless nickel plating is applied as standard to the outer surface.

The ball bushing has a square flange attached to the end of its sleeve. It contains two synthetic resin retainers, which give it a higher allowable load and allowable moment load compared to a single-retainer bushing. Electroless nickel plating is applied as standard to the outer surface.

The ball bushing has a square flange attached to the end of its sleeve. It contains two synthetic resin retainers, which give it a higher allowable load and allowable moment load compared to a single-retainer bushing. Electroless nickel plating is applied as standard to the outer surface.

The ball bushing has an oval flange attached to the end of its sleeve. It contains two synthetic resin retainers, which give it a higher allowable load and allowable moment load compared to a single-retainer bushing. Electroless nickel plating is applied as standard to the outer surface.

This ball bushing is shaped so the end of its sleeve can be used as an inlay. It has a square flange and also two synthetic resin retainers, which give it a higher allowable load and allowable moment load compared to a single-retainer bushing. Electroless nickel plating is applied as standard to the outer surface.

This ball bushing is shaped so the end of its sleeve can be used as an inlay. It has a circular flange and also two synthetic resin retainers, which give it a higher allowable load and allowable moment load compared to a single-retainer bushing. Electroless nickel plating is applied as standard to the outer surface.

This ball bushing is shaped so the end of its sleeve can be used as an inlay. It has an oval flange and also two synthetic resin retainers, which give it a higher allowable load and allowable moment load compared to a single-retainer bushing. Electroless nickel plating is applied as standard to the outer surface.

This ball bushing has a flange (square) positioned in the center of its sleeve, enhancing installation freedom. It contains two synthetic resin retainers, which give it a higher allowable load and allowable moment load compared to a single-retainer bushing. Electroless nickel plating is applied as standard to the outer surface.

This ball bushing has a flange (circular) positioned in the center of its sleeve, enhancing installation freedom. It contains two synthetic resin retainers, which give it a higher allowable load and allowable moment load compared to a single-retainer bushing. Electroless nickel plating is applied as standard to the outer surface.

This ball bushing has a flange (oval) positioned in the center of its sleeve, enhancing installation freedom. It contains two synthetic resin retainers, which give it a higher allowable load and allowable moment load compared to a single-retainer bushing. Electroless nickel plating is applied as standard to the outer surface.

The most commonly used cylindrical precision ball bushing. This is the most widespread metric series in Europe and US regions. The ball retainer is made of synthetic resin.

A clearance adjustment slit down the side of the ball bushing, combined with housing of an adjustable outer diameter, facilitates adjustment to the amount of space between shaft and ball bushing.

The same as the L-V model except with one circuit of steel balls removed. Configured for use when the shaft is held in place by a support rail.

Double the length of L-V series bushings. This product has two retainers and is therefore suitable when anticipating moment loads.

The LF series is the most widespread metric series in Europe and US regions. This ball bushing has a single synthetic resin retainer built into the flange-integrated outer sleeve. The square flange is located at one end of the outer sleeve. Electroless nickel plating is applied as standard to the outer surface.

LFシリーズは欧米地域で最も広く普及しているミリ寸法系列で、フランジ一体外筒に合成樹脂製リテーナが1ヶ組込まれており、外筒端面に丸型フランジが付いています。標準にて外周面には無電解ニッケルメッキ処理をしてあります。

The LF series is the most widespread metric series in Europe and US regions. This ball bushing has a single synthetic resin retainer built into the flange-integrated outer sleeve. The circular flange is located at one end of the outer sleeve. Electroless nickel plating is applied as standard to the outer surface.

The LF series is the most widespread metric series in Europe and US regions. The ball bushing has a circular flange attached to the end of its sleeve. It contains two synthetic resin retainers, which give it a higher allowable load and allowable moment load compared to a single-retainer bushing. Electroless nickel plating is applied as standard to the outer surface.

The LF series is the most widespread metric series in Europe and US regions. This ball bushing has a flange (square) positioned in the center of its sleeve. It contains two synthetic resin retainers, which give it a higher allowable load and allowable moment load compared to a single-retainer bushing. Electroless nickel plating is applied as standard to the outer surface.

The LF series is the most widespread metric series in Europe and US regions. This ball bushing has a flange (circular) positioned in the center of its sleeve. It contains two synthetic resin retainers, which give it a higher allowable load and allowable moment load compared to a single-retainer bushing. Electroless nickel plating is applied as standard to the outer surface.

The most commonly used cylindrical precision ball bushing. This is the most widespread series in Europe and US regions using inch dimensions. The ball retainer is made of synthetic resin.

A clearance adjustment slit opened down the side of an I-V ball bushing, combined with housing of an adjustable outer diameter, facilitates adjustment to the amount of space between shaft and ball bushing.

The same as the I-V model except with one circuit of steel balls removed. Configured for use when the shaft is held in place by a support rail.

Double the length of I-V series bushings. This product has two retainers and is therefore suitable when anticipating moment loads.

The IF series is the most widespread series in Europe and US regions using inch dimensions. This ball bushing has a single synthetic resin retainer built into the flange-integrated outer sleeve. The square flange is located at one end of the outer sleeve. Electroless nickel plating is applied as standard to the outer surface.

The IF series is the most widespread series in Europe and US regions using inch dimensions. This ball bushing has a single synthetic resin retainer built into the flange-integrated outer sleeve. The circular flange is located at one end of the outer sleeve. Electroless nickel plating is applied as standard to the outer surface.

The IF series is the most widespread series in Europe and US regions using inch dimensions. This ball bushing has a square flange attached to the end of its sleeve. VL-type ball bushings contain two synthetic resin retainers, which give them a higher allowable load and allowable moment load compared to single-retainer bushings. Electroless nickel plating is applied as standard to the outer surface.

The IF series is the most widespread series in Europe and US regions using inch dimensions. This ball bushing has a circular flange attached to the end of its sleeve. VL-type ball bushings contain two synthetic resin retainers, which give them a higher allowable load and allowable moment load compared to single-retainer bushings. Electroless nickel plating is applied as standard to the outer surface.

The IF series is the most widespread series in Europe and US regions using inch dimensions. This ball bushing has a flange (square) positioned in the center of its outer sleeve. VL-type ball bushings contain two synthetic resin retainers, which give them a higher allowable load and allowable moment load compared to single-retainer bushings. Electroless nickel plating is applied as standard to the outer surface.

The IF series is the most widespread series in Europe and US regions using inch dimensions. This ball bushing has a flange (circular) positioned in the center of its outer sleeve. VL-type ball bushings contain two synthetic resin retainers, which give them a higher allowable load and allowable moment load compared to single-retainer bushings. Electroless nickel plating is applied as standard to the outer surface.

This ball bushing comes with an integrated self-aligning function and has an outer sleeve molded mainly from resin, making it lightweight. The housing has a variable inner diameter enabling adjustments to the space between ball bushing and shaft. Virtual line contact where steel balls meet track ensures a high load capacity.

The SB model with one ball circuit removed. Configured for use when the shaft is held in place by a support to prevent deflection. Spacing is adjustable as with the SB model.

A compact and lightweight ball bushing with short overall length and outer diameter. The bushing is press fit into the housing, which has a tightening device allowing space adjustment like with the SB model. Near line contact where steel balls meet track ensures a high load capacity.

This lightweight ball bushing with short overall length and outer diameter offers excellent economy. The bushing is press fit into the housing, which has a tightening device allowing space adjustment like with the SB model. Near line contact where steel balls meet track ensures a high load capacity.