Industrial robots, with their multi-degree-of-freedom flexibility, are important tools for enhancing production efficiency, ensuring production capacity, and reducing labor costs. It adopts a lightweight arm design, with a compact and simple mechanical structure. It is equipped with high-precision motion control and an advanced sensor system, ensuring stable and reliable operation in complex industrial environments and meeting the demands of flexible production. The operation is simple and it is suitable for various working scenarios such as loading and unloading, injection molding, die-casting, assembly, gluing, grinding and inspection.

Injection molding manipulators are automated devices used in injection molding production lines. It can perform operations such as grasping, transporting and placing plastic products produced by injection molding machines in accordance with pre-set programs, trajectories and requirements. It can effectively enhance production efficiency, reduce labor costs, and achieve cost reduction and efficiency improvement.

The collaborative robot is designed to be lightweight and flexible, enabling it to safely collaborate with people in the same space. Equipped with advanced sensors, it can precisely perceive environmental changes and automatically slow down or stop when a person approaches. It is easy to operate, and one can start programming it after simple training. It is widely applied in various fields such as manufacturing and logistics.

The palletizing robot is a great helper for efficient logistics. It consists of a robotic arm, a gripper, a control system, and sensors. According to the preset program, it can quickly and accurately grasp and stack goods into piles, adapting to different working scenarios and cargo requirements. It is widely used for palletizing operations in industries such as food, chemical, and home appliances.

The End Of Arm Tooling is a part or device that is used in conjunction with the main body of the robot to enhance its functions, improve its work efficiency, expand application scenarios, or ensure operational stability. This comes in a variety of forms and functions depending on different requirements and robot types. One-stop purchasing can save a great deal of time and trial-and-error costs.