Koyo / JTEKT

All images used are for illustrative purposes only. Individual features such as sizes, fittings and other materials colours may vary

When a rolling bearing is needed for a compact and economical design and where it is not practical to harden and grind the housing bore, or where the housing materials are of a low rigidity such as...

When a rolling bearing is needed for a compact and economical design and where it is not practical to harden and grind the housing bore, or where the housing materials are of a low rigidity such as...

When a rolling bearing is needed for a compact and economical design and where it is not practical to harden and grind the housing bore, or where the housing materials are of a low rigidity such as...

When a rolling bearing is needed for a compact and economical design and where it is not practical to harden and grind the housing bore, or where the housing materials are of a low rigidity such as...

When a rolling bearing is needed for a compact and economical design and where it is not practical to harden and grind the housing bore, or where the housing materials are of a low rigidity such as...

When a rolling bearing is needed for a compact and economical design and where it is not practical to harden and grind the housing bore, or where the housing materials are of a low rigidity such as...

When a rolling bearing is needed for a compact and economical design and where it is not practical to harden and grind the housing bore, or where the housing materials are of a low rigidity such as...

When a rolling bearing is needed for a compact and economical design and where it is not practical to harden and grind the housing bore, or where the housing materials are of a low rigidity such as...

When a rolling bearing is needed for a compact and economical design and where it is not practical to harden and grind the housing bore, or where the housing materials are of a low rigidity such as...

When a rolling bearing is needed for a compact and economical design and where it is not practical to harden and grind the housing bore, or where the housing materials are of a low rigidity such as...

When a rolling bearing is needed for a compact and economical design and where it is not practical to harden and grind the housing bore, or where the housing materials are of a low rigidity such as...

When a rolling bearing is needed for a compact and economical design and where it is not practical to harden and grind the housing bore, or where the housing materials are of a low rigidity such as...

The prefix code 'J' indicates the use of a caged needle rollers within an Imperial drawn cup needle roller bearing. When a rolling bearing is needed for a compact and economical design and where it...

The prefix code 'J' indicates the use of a caged needle rollers within an Imperial drawn cup needle roller bearing. When a rolling bearing is needed for a compact and economical design and where it...

The prefix code 'J' indicates the use of a caged needle rollers within an Imperial drawn cup needle roller bearing. When a rolling bearing is needed for a compact and economical design and where it...

The 'G' suffix indicates these bearings are part of the Extra-Precision series. Manufacturing tolerances are one third of the standard precision bearings. This makes them suitable for applications...

The 'G' suffix indicates these bearings are part of the Extra-Precision series. Manufacturing tolerances are one third of the standard precision bearings. This makes them suitable for applications...

The prefix 'M' and the '1' suffix indicates the closed end design of the 'B' type full complement bearing. When a rolling bearing is needed for a compact and economical design and where it is not...