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 Pros of CNC automatic spraying machines include: 1. Stable spray quality and consistent coatings 2. Improved production efficiency and reduced labor costs 3. Precise control of paint application volume and reduced paint resources 4. Automatically programmed paths accommodate a variety of workpiece shapes 5. A more environmentally friendly and safer working environment The Cons of CNC automatic spraying machines include: 1. High initial investment and expensive equipment purchase costs 2. Requires complex programming and operation, requiring professional support 3. Requires high workpiece fixture positioning 4. Requires high maintenance and is difficult to repair

MDF door panels and decorative parts often feature irregular designs such as grooves, reliefs, and openings. CNC automatic spraying machines can adapt their path based on CAD drawings, workpiece scans, or trajectory settings, ensuring complete spraying and preventing paint buildup.

Under the same production volume and process requirements, an automatic painting machine typically uses 20%-40% more paint than a roller coating machine. If your business's goal is to reduce paint usage, control coating costs, and minimize emissions, then, provided the workpiece is suitable, a roller coating machine is undoubtedly the more energy-efficient and efficient choice.

There's no single answer to the question, "Should furniture factories use roller coating or spray coating?" The correct approach should be based on a comprehensive assessment of the following factors: 1. The type and structural complexity of the factory's main products; 2. Daily production targets and automation needs; 3. Finished product surface quality requirements; 4. Paint type and budget considerations.

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.).

In the long run, CNC automatic spraying machines are cheaper than manual labor. They not only reduce direct costs but also significantly improve spray quality and production line efficiency, making them a more reliable and cost-effective solution for furniture spraying.

Industries requiring roller coating machines: 1. Packaging and printing 2. Electronics and electrical 3. Building and decoration materials 4. Automotive and transportation manufacturing 5. Optics and display 6. Textiles and nonwovens 7. Labels and adhesives 8. Energy and environmental materials

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.

A CNC automatic spraying machine (Computer Numerical Control Automatic Spraying Machine) is an industrial device that uses computer numerical control technology to precisely control the spray path, spray gun movement, paint spray volume, and motion trajectory, enabling automated spraying operations.