Electric parallel grippers are essential components for modern robotic automation, enabling manipulators to handle objects with stability and accuracy. Parallel electric grippers from DH-Robotics, particularly the PGC Series, combine robust construction with high precision, allowing industrial robots to manage heavy loads efficiently. With its award-winning industrial design, the PGC Series ensures secure and reliable gripping across a variety of manufacturing and collaborative robotics applications.
Durability and Environmental Protection
The PGC Series is built with a high protection rating of IP67, making this parallel electric gripper capable of operating in demanding and harsh environments without performance loss. This level of protection ensures reliable use in applications ranging from machine tending to cleanroom operations. By maintaining precise motion and strong gripping force even under challenging conditions, DH-Robotics’ electric parallel grippers demonstrate long-term durability and consistent performance.
Ease of Integration and Load Capacity
Designed with plug-and-play functionality, DH-Robotics’ electric parallel grippers simplify integration with leading collaborative robot brands. The PGC Series allows quick deployment, reducing setup time and boosting automation efficiency. Its high gripping force of up to 300 N and maximum load capacity of 6 kg make it suitable for handling large or heavy objects with confidence. The combination of strength, precision, and simple installation makes the parallel electric gripper an invaluable asset in industrial automation.
Industrial Advantages and Application
The PGC Series from DH-Robotics provides a perfect balance of performance, durability, and adaptability. These electric parallel grippers are ideal for applications that require secure gripping, high repeatability, and robust load handling. By offering plug-and-play installation, high protection levels, and significant gripping capacity, DH-Robotics ensures that its parallel electric grippers meet the demanding needs of modern manufacturing, improving productivity and operational reliability across diverse industries.
