Paint Robots Automotive Industry

 

Designed for automated coating of automotive parts and industrial components, this integrated robotic painting system combines a six-axis robot, spray gun, diaphragm pump, robot teaching system, electrical control cabinet, and rotary worktable. The system configuration can be adapted to workpiece geometry, coating requirements, and production line layout.

 

 

The 6-axis robotic arm with ±0.05 mm repeat accuracy maintains stable coating overlap.
1587 mm arm reach supports multi-angle spraying on large automotive parts without frequent fixture repositioning.
The dual-station rotary platform allows spraying and loading operations to run simultaneously.
The teaching-based trajectory system reduces setup time during product switching by allowing direct path recording.
The integrated diaphragm pump and spray control system maintains stable paint delivery during continuous batch production.

 

 

Parameter Category	Specific Specification
Robot Model	BRTIRUS1510A
Number of Axes	6 Axes
Arm Span	1587 mm
Repeat Positioning Accuracy	±0.05 mm
Maximum Load	10 kg
Power Capacity	5.06 kVA
Equipment Weight	Approximately 152 kg
Protection Class	Wrist: IP54, Body: IP40

 

 

Typical production applications include:

• Automotive bracket and hinge coating
• Engine decorative cover painting
• Wheel cap spraying systems
• Automotive plastic component finishing
• Industrial hardware surface coating
• Consumer electronics housing painting

 

 

Compatible substrate materials:

• Cold-rolled steel
• Galvanized steel
• 6061 aluminum alloy
• PP composite materials
• ABS / PC engineering plastics

 

Supported coating materials:

• Acrylic enamel paint
• Amino baking paint
• Polyurethane coatings
• UV-curable coatings
• Matte industrial coatings
• Weather-resistant coating materials

 

 

Depending on the project layout and control requirements, the system can be configured for:

• Rotary-table painting stations
• Conveyor-based spraying lines
• Standalone robotic coating cells
• Semi-automatic coating workstations

 

 

Recommended operating environment:

• Temperature range: 5–38°C
• Humidity range: 35–65%
• Ventilated explosion-proof workshop conditions

Routine maintenance includes:

• Spray nozzle cleaning
• Diaphragm pump inspection
• Axis lubrication
• Electrical system inspection
• Trajectory data backup
• Residual paint cleaning is recommended regularly to maintain stable coating quality.

 

 

 

 

Figure 2.1 On-site Physical Object Diagram