CNC Precision Machining Factory and Auto Spray

In the earliest automotive painting, manual spraying was used in CNC precision machining plants, which discouraged many workers. Because the sprayed paint usually contains a large amount of benzene, toluene, xylene and other high-risk chemical components, it will have a greater impact on the health of the employees of the CNC precision parts processing production line.

Using robotic spraying technology not only prevents workers from being directly exposed to many chemicals, but also greatly improves work efficiency and spray quality. Workers will make mistakes in connected labor, and robots will make up for the shortcomings of manual spraying, while helping CNC machining companies better control cost budgets. Therefore, the spraying robot is an important tool to reduce the production cost of CNC precision machining plants and improve work efficiency.

For a long time, the spraying robots of CNC precision machining factories in my country are mainly Japanese industrial robots. Although this intelligent CNC machined product can complete the basic tasks of the coating process, its system control precision is not high. With the continuous improvement of the quality of modern cars, this Japanese intelligent processing product is gradually eliminated.

At present, the coating of CNC precision machining plants in my country is mainly completed by a new generation of multi-axis robots. Compared with the traditional intelligent CNC machining equipment, the painting multi-axis robot has higher working efficiency and painting quality. Improvement to better meet the requirements of fine machining of automotive CNC precision parts.

For example, through precise control of ABB's integrated handling system in CNC precision machining plants, ABB's new generation of coating robots can achieve closed-loop regulation, while high-speed coating control is controlled by airflow regulation. In addition, the intelligent CNC machining system can also effectively avoid the problem of splashing, ensure that the machined surface of the CNC precision parts of the automobile is uniform, avoid the problem of reducing the appearance due to inconsistent thickness, and greatly improve the utilization rate of coatings and solvents.