Medical Automation Industry

Our products have successfully served dozens of benchmark customers in the field of life sciences, especially in the field of in vitro diagnostics (IVD) and laboratory automation equipment. Its compact integrated structure greatly simplifies the complex integrated design of traditional clamping systems. It also has functions such as drop detection, grasping feedback, and power-off self-locking, which significantly improves the intelligence level of the equipment.

3C Industry

For the application scenarios in the 3C industry that have extremely high requirements for the appearance of parts, we have specially designed and developed electric grippers suitable for grasping special-shaped parts. It has the advantages of high-frequency response and high-precision control, helping customers to efficiently and safely complete the assembly and handling of precision parts.

Automation Equipment

With the rapid development of automation equipment in the new energy industry, the demand for lithium battery automation equipment continues to grow, especially in the production of power battery PACK, which involves multiple robot loading and unloading links. We have a deep insight into the needs and pain points of the industry, and have launched a number of electric grippers customized for the new energy field. They have adjustable and controllable torque, speed, and position control capabilities, and integrate power-off self-locking, ultra-long travel, drop detection, grasping feedback and other functions. EPG series support four-sided installation, meet the diverse equipment integration needs, and are easy to use and reliable.

Robotics Industry

The ultra-thin structure design allows multiple grippers to work side by side in a small space, which is particularly suitable for high-beat assembly lines with dense workstations. Through the bus protocol, it connects with the robot system to achieve dual control of force and position and efficient beat response.

The EPG gripper has a built-in mechanical self-locking mechanism to effectively prevent clamping errors or falling, and ensure the safety of workers and equipment in flexible assembly and collaborative operations. It is particularly suitable for human-machine collaborative workstations and precision assembly environments.