Guangzhou Office Chair Spraying

Guangzhou office chair spraying can adopt the programming-free spraying robot solution provided by Guangzhou Xinke Intelligent Equipment Co., Ltd.. The following is an introduction from three aspects: technical features, application advantages, and applicable scenarios:

Technical Features
This programming-free spraying robot employs programming-free teaching technology. Operators do not need to have programming knowledge. They only need to guide the robotic arm to complete the spraying trajectory planning for workpieces such as office chairs through on-site physical teaching. The system will automatically record and save process parameters, including key data such as spray gun angle, movement speed, and coating flow rate. For large-scale engineering orders, the saved process parameters can be directly called for stable production. For scattered customized new products, rapid product changeover can be achieved through physical teaching without the need for reprogramming and debugging.

Application Advantages
The robotic arm has high flexibility and can accurately cover the complex structures of office chair frames, including corners, grooves, and other areas that are difficult to reach with traditional spraying. It can also achieve uniform spraying on flat surfaces of panels. Its spraying process has strong stability, which can effectively reduce the occurrence of defects such as color differences and missed spraying, ensuring uniform paint film thickness and a smooth surface. In addition, this solution replaces manual operations with automation, reducing the impact of human factors on spraying quality and improving the controllability and consistency of the production process.

Applicable Scenarios
This solution is specifically designed for the office furniture industry. In addition to office chair frames, it can also be adapted to the spraying needs of similar products such as office desks and file cabinets. Its rapid product changeover capability is particularly suitable for customized production modes with multiple varieties and small batches, significantly shortening production preparation time and improving equipment utilization. For large-scale standardized orders, the system can achieve 24-hour continuous and stable production by calling preset process parameters, further reducing labor costs and operational risks.