Kartezinis robotas durų dažymui

ACCEMA Kartezjański robot malujący do drzwi

A Cartesian painting robot for doors and furniture fronts is a state-of-the-art solution that automates the painting process for doors, cabinet fronts, and wooden panels. Operating on three Cartesian axes (X, Y, Z), the robot delivers high precision and repeatability in every coating application, ensuring a perfect finish even on the most demanding surfaces.

Precision and painting efficiency
The robot is designed for serial production of doors and furniture fronts, where quality, precision, and process speed are paramount. The system enables programming of spraying trajectories, allowing the painting parameters to be precisely adapted to the type, shape, and dimensions of each workpiece.

The robot's working range covers three axes: X, Y, and Z.
Ideal for coating both flat and profiled surfaces.
High repeatability of movement guarantees uniform paint application.
Compatible with various types of spray guns.
Optional integration with conveyor systems or rotary tables.

Automation and easy operation
The door painting robot is equipped with an intuitive touchscreen control panel to manage the device's operation. The system allows for the storage of painting programs for different door and front models, greatly reducing production line setup times. Combined with position sensors and a motion control system, the robot ensures smooth, safe, and energy-efficient operation.

Benefits of a Cartesian painting robot
Increased production efficiency and consistent product quality
Reduced paint consumption and painting cycle times
Precise finishing of edges and surfaces
Safe operation in an automated environment
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Easy integration with existing transport and filtration systems

A Cartesian robot for painting doors and furniture fronts is an investment in advanced technology that enhances finish quality, boosts production efficiency, and reduces material costs. It is the ideal solution for furniture and door manufacturers who value precision, aesthetics, and process automation.

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