NPLA-HF Series Micro Platform-Type Linear Actuator - Force Controlled
GB-F Series Servo Gripper-Force Controlled
MGBD-F Series Micro Gripper-Double Claws-Force Controlled
ZRS Series Linear Rotary Actuator
Hollow Indexing Table / GYH Series. Applies the principle of arc surface indexing for precise motion control. The transmission component consists of an input shaft (arc indexing roller) and a roller (output shaft). The cam groove surface on the input shaft aligns with the driven roller element’s outer ring surface, driving the table.
Hollow Indexing Table / GYH Series. Applies the principle of arc surface indexing for precise motion control. The transmission component consists of an input shaft (arc indexing roller) and a roller (output shaft). The cam groove surface on the input shaft aligns with the driven roller element’s outer ring surface, driving the table.
Hollow Indexing Table / GYH Series. Applies the principle of arc surface indexing for precise motion control. The transmission component consists of an input shaft (arc indexing roller) and a roller (output shaft). The cam groove surface on the input shaft aligns with the driven roller element’s outer ring surface, driving the table.
Hollow Indexing Table / GYH Series. Applies the principle of arc surface indexing for precise motion control. The transmission component consists of an input shaft (arc indexing roller) and a roller (output shaft). The cam groove surface on the input shaft aligns with the driven roller element’s outer ring surface, driving the table.
Hollow Indexing Table / GYH Series. Applies the principle of arc surface indexing for precise motion control. The transmission component consists of an input shaft (arc indexing roller) and a roller (output shaft). The cam groove surface on the input shaft aligns with the driven roller element’s outer ring surface, driving the table.
Hollow Indexing Table / GYH Series. Applies the principle of arc surface indexing for precise motion control. The transmission component consists of an input shaft (arc indexing roller) and a roller (output shaft). The cam groove surface on the input shaft aligns with the driven roller element’s outer ring surface, driving the table.
Hollow Indexing Table / GYH Series. Applies the principle of arc surface indexing for precise motion control. The transmission component consists of an input shaft (arc indexing roller) and a roller (output shaft). The cam groove surface on the input shaft aligns with the driven roller element’s outer ring surface, driving the table.
Hollow Indexing Table / GYH Series. Applies the principle of arc surface indexing for precise motion control. The transmission component consists of an input shaft (arc indexing roller) and a roller (output shaft). The cam groove surface on the input shaft aligns with the driven roller element’s outer ring surface, driving the table.
Hollow Indexing Table / GYH Series. Applies the principle of arc surface indexing for precise motion control. The transmission component consists of an input shaft (arc indexing roller) and a roller (output shaft). The cam groove surface on the input shaft aligns with the driven roller element’s outer ring surface, driving the table.
Hollow Indexing Table / GYH Series. Applies the principle of arc surface indexing for precise motion control. The transmission component consists of an input shaft (arc indexing roller) and a roller (output shaft). The cam groove surface on the input shaft aligns with the driven roller element’s outer ring surface, driving the table.
Hollow Indexing Table / GYH Series. Applies the principle of arc surface indexing for precise motion control. The transmission component consists of an input shaft (arc indexing roller) and a roller (output shaft). The cam groove surface on the input shaft aligns with the driven roller element’s outer ring surface, driving the table.
Hollow Indexing Table / GYH Series. Applies the principle of arc surface indexing for precise motion control. The transmission component consists of an input shaft (arc indexing roller) and a roller (output shaft). The cam groove surface on the input shaft aligns with the driven roller element’s outer ring surface, driving the table.
Hollow Indexing Table / GYH Series. Applies the principle of arc surface indexing for precise motion control. The transmission component consists of an input shaft (arc indexing roller) and a roller (output shaft). The cam groove surface on the input shaft aligns with the driven roller element’s outer ring surface, driving the table.
Hollow Indexing Table / GYH Series. Applies the principle of arc surface indexing for precise motion control. The transmission component consists of an input shaft (arc indexing roller) and a roller (output shaft). The cam groove surface on the input shaft aligns with the driven roller element’s outer ring surface, driving the table.
The hollow indexing table applies the principle of arc surface indexing to realize precise motion control. The transmission part is composed of an input shaft (arc indexing roller) and a roller (output shaft). The surface of the roller groove on the input shaft is in line contact with the surface of the outer ring of the driven roller assembly on the roller, thereby driving The wheel (table) turns. The driven roller assembly utilizes internal roller bearings to transmit torque during rotation, ensuring the zero-gap performance of the hollow indexing table. Excellent working precision and working efficiency effectively avoid the loss of internal parts, and ensure that the hollow indexing table can maintain high-precision working conditions for a long time.
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