Why Use A Spraying Robot To Replace Manual Spraying Operations?

Spraying robot, also called spray painting robot, is an industrial robot that can automatically spray paint or spray other coatings. The painting robot is mainly composed of the robot body, computer and corresponding control system. The hydraulically driven painting robot also includes hydraulic oil sources, such as oil pumps, oil tanks and motors. 5 or 6 degrees of freedom joint structure is mostly used, the arm has a large movement space, and can do complex trajectory movement, and its wrist generally has 2 to 3 degrees of freedom, which can move flexibly. The more advanced painting robot has a flexible wrist, which can be bent in all directions and rotated. Its action is similar to that of a human wrist. It can easily penetrate into the workpiece through a small hole and spray its inner surface.

The surface of the product produced by robot spraying is evenly coated, no matter what shape the product is, the spraying "0" dead angle. Microcomputer high precision, saving paint. The rate of defective products is low, and the qualified rate of products can reach more than 99 percent! The following SZGH robot will explain in detail.
1. Spraying with robots can save paint
Especially for high-viscosity anti-corrosion coatings, air spraying will take the coating out when the air bounces on the workpiece surface, and the utilization rate of the coating will decrease. Robot spraying can obtain uniform coating, and the rebound is smaller than air spraying. The effective utilization rate of paint is high. Compared with air spraying, robot spraying can save paint.
2. Spraying with robots has satisfactory construction efficiency; the spraying efficiency is above 300m2/h, which greatly saves manpower and working hours.
3. Spraying with robots can improve the adhesion and prolong the life of the coating; high-pressure airless spraying uses high-pressure jet atomization to make the paint particles obtain strong kinetic energy, and the paint particles use this kinetic energy to shoot into the gaps of the workpiece, thus making the coating It is denser, the mechanical bite force with the workpiece is enhanced, the adhesion is improved, and the coating life is effectively extended.