The answer is yes: automatic painting machines must undergo regular maintenance. As precision equipment integrating electronic control, mechanical transmission, pneumatic systems, fluid delivery, and spray control, a CNC automatic painting machine relies on the coordinated operation of multiple key components.

Based on industrial experience, common CNC automatic painting machine spray pressures are as follows: 1. Atomizing air pressure: 1.5–3.0 bar 2. Paint fluid pressure: 0.5–1.5 bar 3. Fan-shaped air pressure: 0.5–1.2 bar

Based on current market pricing, the price of a CNC automatic painting machine typically ranges from $20,000 to $60,000. This price fluctuation is determined by multiple factors and cannot be simply measured by a single parameter.

Precautions when using a CNC automatic painting machine: First: Operational Taboos 1. Do not skip the pre-startup self-test 2. Do not manually intervene in the running spray gun or slide system 3. Do not start the machine without setting the spray parameters Second: Spray Material Taboos 1. Do not use unfiltered paint 2. Do not mix different types of paint or solvents Third: Maintenance Taboos 1. Do not neglect routine cleaning of the nozzle and paint pump 2. Do not leave the nozzle unsealed during extended downtime Fourth: Safety Operation Taboos 1. Do not operate in poorly ventilated environments 2. Do not modify CNC programs by non-professionals Fifth: Management System Taboos 1. Do not operate the machine without maintenance records 2. Do not operate the machine without operator training

The average operating power of a standard CNC automatic painting machine is between 7 and 15 kW, depending on: • Equipment model (size, spraying capacity); • Whether it uses a continuous conveying system; • The size and power of the fan exhaust system; • The number and type of spray guns (high-pressure, electrostatic, low-pressure); • Usage pattern (full-time operation, intermittent operation, etc.).

CNC automatic painting machines are the only type of painting equipment in the furniture industry that combines the advantages of high-precision 3D control, automation, and strong adaptability. They are widely used in solid wood furniture, panel furniture, cabinet doors, decorative panels, and other applications.