High speed, miniaturized slip ring for high speed rotary gripping mechanism

Model: LPM-12YS-0301-06S

Typical applications: machine grippers, rotary gripping mechanisms, end-effectors and other automation devices

LPM-12YS-0301-06S is a compact slip ring developed for small-sized, high-speed rotating devices. It is suitable for industrial automation where high requirements on size, speed and life span are required, and it is especially suitable for integration into end-effector modules such as machine grippers or rotary work cells.

Structural features and technical parameters

Support path type: 6 signal channels

Speed range: support high speed operation, adapt to the needs of high-frequency action of the equipment.

Contact material: precious metal contact pairs are used to ensure signal stability and low contact resistance.

Shell material: metal shell, with a certain degree of protection, suitable for integrated installation.

The slip ring adopts miniaturized design in structure, which is easy to be integrated into the space-constrained area of the claw part. Meanwhile, the internal sliding parts have been optimized to effectively reduce friction loss and maintain good stability under high-speed operation conditions.

Performance Advantages

High speed adaptability: suitable for use in frequently rotating gripping and clamping equipment, reliable signal continuity during operation.

Long life: Precious metal contact material with low-wear structure helps to extend the life cycle and reduce the frequency of maintenance.

Small and compact: easy to embedded installation, suitable for size-sensitive equipment.

Application Notes

This slip ring is suitable for use in robot end-of-arm (EOAT) gripping tools, vision inspection platforms, rotary cells, and small assembly workstations. The LPM-12YS-0301-06S provides reliable rotary transmission of data and control signals in applications where speed, stability and footprint are critical.

For detailed technical drawings or interface cable specifications, contact technical support for further information.