Explosion Proof Painting Machine

Explosion proof painting machine is reinforced structure for maximum safety protection during paint spraying process. Comparing to traditional spray paint machine, it’s purposely optimized from both mechanical and electric construction. It’s able to meet with customer side highest safety protection requirements.

Explosion Proof Painting Machine Technical Data

Dimensions	L2200 x W1900 x H2220 mm(can be custom design)
NO. of support tray	2pcs (up to 8 trays can be designed)
Servo motor	Panasonic /Mitsubishi explosion proof servo motor
Mechanical motor	CPG explosion proof servo motor	CPG
Man machine interface	7″ Weinview 16 million resolution touch screen	colored
Spray gun moving stroke	X: 800 mm Y: 860 mm Z: 300 mm Spray gun rotationh: 0~180°	Five axis
Spray gun	Devilbiss or IWATA WRA	5
Paint pump	Graco/Prona	1
Moving guide	THK/Festo

• Moving guide: THK reinforced model with special aluminum base guide
• Main structure: 100*100*5T square pipes welding, all crucial parts are made by stainless steel profiles.
• Motor: all powered by Panasonic or Mitsubishi servo motor for motion control. Mechanical drive motor is by explosion proof CPG motor.
• Program software: German Siemens program controller
• Man-machine interface: Weinview 16 milliion high resolution touch screen

Production technique: Modularized production for each component with minimum tolorance control. Surface finishing is extremely high level to work with various environments.

After service: All machine is life time tech supported. Our engineers have plenty experience in live production lines and always ready to provide you quick solution 24*7 either for mechanical or electric or software level requirements.

Explosion proof painting machine main applications:

This machine can be widely used for plastic, metal or electronics paint spraying production line. Especially under some sensitive environments or paints, the explosion proof setup will assure human and workshop safety at the maximum degrees.

Explosion proof painting machine construction principle

1.Ergonomic principles

To avoid tension and movement when using and maintaining the robot, design of each part should consider operator’s posture, physical strength and movement characteristics. For example: size of the teaching box, keyboard layout, and weight should prevent programmers from holding and mishandling during programming. When manually teaching the robot, traction force cannot be greater than manual pull by medium pressure.

2.Mechanical safety requirement

When designing the painting machine mechanical part, in addition to considering the conventional mechanical design such as mechanical structure and its parts to meet the various corresponding dimensions and shapes of machine, including motion functions, performance requirements, strength, stiffness, etc. We should also eliminate potential dangers caused by robotic moving units. If it is impossible to understand this danger during design, then we should apply safety protection design and corresponding safety measures should be taken.