Ball design provides higher sensitivity and moment. Besides, it ensures long service life thanks to low wear coefficient and high lubricity....

Learn More

Ball design ensures higher sensitivity and moment. Since they have longer pitch than normal series, the feed rate is higher. The wear coefficient of hardened surfaces is low, whereupon longer service life is ensured....

Learn More

Ball design ensures higher sensitivity and moment. Besides, it offers longer service life thanks to lower wear coefficient and better lubrication feature.  ...

Learn More

Ball design ensures higher sensitivity and moment. Higher advancing speed thanks to longer pitch than normal series. Wear coefficient of hardened surfaces is low and ensures longer service life.  ...

Learn More

Trapezoidal screws and nuts are preferred on drives that do not require high sensitivity. The right pass trapezoidal ball screws and nuts, which are duly scrubbed, offer clean tooth face and therefore longer service life; series with various diameter and pitch are preferred depending on intended use.  ...

Learn More

Trapezoidal screws and nuts are preferred on drives that do not require high sensitivity. The right pass trapezoidal ball screws and nuts, which are duly scrubbed, offer clean tooth face and therefore longer service life; series with various diameter and pitch are preferred depending on intended use....

Learn More

Enables longer service life for drive system by creating greater contact surface with shaft than standard flanged nuts....

Learn More

Ball design ensures no wear and maintains sensitivity.  As the screw shaft becomes longer, the rotation speed of screw should not exceed critical revolution number.  Otherwise, the screw will undergo vibration.  ...

Learn More

Ball design ensures no wear and maintains sensitivity. As the screw shaft becomes longer, the rotation speed of screw should not exceed critical revolution number. Otherwise, the screw will undergo vibration.  ...

Learn More

Used in applications where sensitive positioning is required on motion systems. Ball design ensures no wear and maintains sensitivity. As the screw shaft becomes longer, the rotation speed of screw should not exceed critical revolution number. Otherwise, the screw will undergo vibration.  ...

Learn More