Technical Features of Coordinate Robots

1. Freedom of movement, with right angles between each degree of motion.

2. Automated control, reprogrammable, and operational according to the program

3. Typically composed of control systems, drive systems, mechanical systems, and operational tools.

4. Versatile and multi-functional, with varying features depending on the operational tool.

5. High reliability, high speed, and high precision.

6. Suitable for use in harsh environments, capable of long-duration operation, and easy to operate and maintain.

Structural Features:

Most coordinate robot packing machines are designed based on specific work requirements. For instance, when determining the size, shape, number of fingers, and degree of motion freedom of the hand, factors such as the size, shape, weight, material, physical conditions of external forces, and rotational environment of the object to be grasped should be considered. These factors then determine the hand's gripping function, including its constraint, operability, and sensory capabilities.

Coordinate robots mainly come in two structural forms: the gantry Cartesian robot and the articulated Cartesian robot. The gantry Cartesian robot is capable of handling heavier loads, boasts a stable structure, and requires more space; the cantilever Cartesian robot is versatile and easy to use, occupying less space. Due to their different applications, Right-Angle Coordinate Palletizing MachineOur terminal equipment can be equipped with various fixtures such as吸附(adhesive),抓取(grabbing), and clamp plates, allowing for the stacking of various packaged items like bags, boxes, barrels, bottles, and boards.

The Right-Angle Palletizing Machine is primarily used for handling, processing, and transferring large quantities of workpieces in the automated production process. The robots composed of this machine are significantly more cost-effective than other robots, and are expected to be widely applied in more industries.