DH Servo Industrial Electric Parallel Gripper Heavy Duty Long Stroke PGC-50-35

DH-Robotics has launched several series of Electric Parallel Grippers to meet diverse automation needs. The PGE series is widely popular for its high precision and compact size, with the PGSE-15-7 being its economic option; the PGI series is designed for heavy-duty, long-stroke applications; the PGHL series focuses on high-load, high-precision gripping; and the PGC series,…

SKU: PGC-50-35
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Product Features

DH-Robotics has launched several series of Electric Parallel Grippers to meet diverse automation needs. The PGE series is widely popular for its high precision and compact size, with the PGSE-15-7 being its economic option; the PGI series is designed for heavy-duty, long-stroke applications; the PGHL series focuses on high-load, high-precision gripping; and the PGC series, designed for collaborative robots, has won the Red Dot Award and the IF Award, featuring high protection and ease of use.

PGC Series

Long Stroke High Load

Industrial large stroke gripper, with a maximum single-side gripping force of 400N and a maximum recommended load of 8kg. The total stroke reaches 80mm, and with the fingertips, it can stably grasp medium and large objects, meeting more diverse grasping needs.

High Protection Level

The PGC series boasts a maximum protection rating of IP67, while the PGI series reaches IP54, both industry-leading levels that can withstand harsh conditions such as those found in machine tool loading and unloading.

Quick Response Intelligent Planning Speed

Opening/closing time up to 1.0s/1.1s, with speed control optimization and mechanical self-locking mechanism function, it can meet fast and stable gripping needs of the production line.

Application

Force control and flexible technologies are widely used in sectors like semiconductors, 3C electronics, and medical automation. They excel at handling miniature parts in compact production settings and also manage large, heavy workpieces in industries such as new energy lithium battery handling, automotive parts, and machining. Combined with collaborative robots, these technologies efficiently execute complex tasks in medical, 3C, and new energy industries, significantly boosting production efficiency, accuracy, and flexibility.