Introduction:

With the rise of the artificial intelligence industry, the market's demand for human-machine interaction functions and product quality is increasing, therefore industrial cartesian robots are designed and becoming a good helper for efficient production.

Working Principle:

A Cartesian Robot, or a linear robot or gantry robot, is an industrial robot with three linear axes of control that are at right angles to each other. The three joints slide up and down, in and out, and back and forth, which allows for wrist movement. The axes move in a coordinated manner via a motion controller. The three axes are X, Y, and Z, and the base axis is usually supported along its entire length, while the Y or Z axis is cantilevered.

Application:

This gantry robot is widely used in industrial production fields such as dispensing, drip molding, assembly, welding, spraying, loading and unloading, handling, sorting, palletizing, intelligent warehousing, and transportation.

Features:

1. Accurate Positioning

This cartesian robot is durable, easy to operate, and can be matched with different types of processing equipment and processes. It has the function of loading and unloading materials, and adopts servo drive, gear rack transmission, and precision slide rail guidance, which can accurately locate.

2. High Efficiency

This cartesian robot is often paired with machine tools, transmission belts, and silos to form automated production lines, completing the loading and unloading, workpiece flipping, and workpiece sequencing of shaft, plate, and disc workpieces, thereby reducing labor intensity, improving production capacity, greatly improving production efficiency, and saving labor costs.

3. Good Flexibility

The truss structure in this robot system allows it to move and adjust freely, thus achieving diverse operations. This flexibility allows truss robots to adapt to different task requirements, such as assembly, welding, handling, etc

4. Safe and Reliable

This robot is equipped with advanced sensors and control systems, which can monitor and adjust the robot's operation status in real time, achieve high-precision operation, and ensure the stability and reliability of work quality.