Small size is one of the notable features of the micro electric parallel gripper. This allows it to be used flexibly in environments with limited space, such as small automation equipment, micro robots, etc.

The three-sided mounting design further enhances the flexibility and adaptability of the gripper. Users can choose different mounting surfaces according to actual needs to better combine the gripper with the equipment.

The network application function allows multiple micro electric parallel grippers to work together to achieve more complex tasks. Through network connection, information exchange and coordinated actions between the gripper jaws can be achieved to improve work efficiency and precision. In large-scale automated production lines, networked applications can achieve synchronous operation of multiple stations and improve the overall efficiency of production. At the same time, network applications can also be easily centrally controlled and managed to reduce maintenance costs.

We serve dozens of benchmark companies in the medical automation, lithium battery, 3C, semiconductor, food and other industries. In particular, the integrated electric gripper for gripping and rotating developed for the medical industry's test tube hole opening, code scanning and other processes provides a perfect solution for the medical industry. We have made outstanding contributions.

Grasping of cylindrical battery cells

The high-precision characteristics enable the gripper to accurately position and grasp cylindrical battery cells. Cylindrical batteries usually require high grasping accuracy, and a slight deviation may affect the subsequent production process or product quality.

Cylindrical battery cells have a certain weight and hardness, and require a stable clamping force from the clamp. The high-precision electric parallel gripper can automatically adjust the clamping force according to the size and weight of the battery cell to ensure that the battery cell will not slip or be damaged due to excessive pressure during the grasping process.

In actual production, the size of cylindrical batteries may vary. The high-precision electric parallel gripper usually has a certain adjustment range to adapt to cylindrical cells of different diameters and lengths.

The high-precision electric parallel gripper can be easily integrated with the automated production line to achieve full-process automated production. Through cooperation with other equipment, it can complete the tasks of grasping, transporting, assembling and other tasks of batteries on the production line.

In the cable processing industry, parallel clamps can achieve fast cable stripping. The high precision and adjustability of the clamps enable them to adapt to cables of different diameters, accurately clamping and stripping cable sheaths. The use of clamps can improve the efficiency and quality of wire stripping, and can also be used in conjunction with automated wire stripping equipment. Combined to achieve fully automated production of cable stripping.

In the laboratory, parallel clamps can easily open and close test tubes. It can accurately clamp the test tube cap, conveniently open or close the test tube, and avoid test tube breakage or sample contamination that may be caused by manual operation. For experiments that require frequent test tube operations, the use of clamps can greatly improve work efficiency.

In the throat sampling process, the high precision and stability of the parallel clamp are essential, and the operation of the clamp can be controlled by automated equipment.