Automatic Powder Coating Line Manufacturer for Bike Frames and Precision Products

Applicable Workpieces and Industrial Applications

The fully automatic electrostatic precision robotic spray coating line is designed for products requiring stable surface quality and high production output. It is especially suitable for metal and structural component surface finishing. This type of system is commonly integrated into an automatic powder coating line for industrial manufacturing applications.

Common Application Scope

• Bicycle frames (also available as HD-380-7S-B standalone automatic frame coating machine)
• Tennis rackets
• Speakers
• Safety helmets
• Other products requiring high coating quality standards

Integration Capability of Electrostatic Spray Coating Line

Production Line Equipment Integration

• Pre-treatment and cleaning system
• Conveyor belt or overhead hanging system
• Curing ovens and drying equipment
• Automatic loading and unloading devices

Customized Design Scope

Production line configuration, spray booth design, and oven size can be adjusted according to factory layout, workpiece dimensions, process flow, and production capacity requirements.

Advantages of HD-600S-B Automatic Electrostatic Spray Coating System

• 6-axis configuration with adjustable electrostatic output, overcoming shielding effects in complex coating angles
• Reduces refinishing cost by up to 50%, saves around 20% coating cost, achieving fully automatic and unmanned precision coating performance
• Adjustable jig angle control enables precise spraying, eliminating missed coating areas on bicycle frames
• Pattern-based interface for program editing and control, easy to learn and operate
• Windows XP full-screen industrial control system with INTEL-based industrial PC
• Large data storage capacity for easy system maintenance and data management
• Full automatic powder coating line design including electrostatic spraying, pre-heating, coating, and oven curing system
• Saved parameter files enable fast jig changeover with stable and consistent quality control

Common Problems in Traditional Coating

Typical Production Bottlenecks

• Low material utilization efficiency
• Inconsistent coating thickness
• Unstable quality due to manual operation
• Limited production capacity expansion

Production Line Workflow

• Workpieces enter the conveyor system and are positioned
• Robotic arm performs electrostatic spraying along programmed paths
• Charged coating particles adhere to the surface
• Workpieces enter drying or curing zone
• Cooling process before unloading or next stage processing

Key Technical Features of Electrostatic Spray Coating System

Electrostatic Adhesion Mechanism

• Charged paint particles are attracted to the workpiece surface
• Improves coverage rate and reduces overspray
• Suitable for complex-shaped components

Robotic Path Control

• Multi-axis movement for different angles
• Repeatable programmed spray paths
• Supports multi-product production switching

Spray Parameter Control

• Adjustable voltage and flow rate
• Controlled spray distance and angle
• Maintains coating uniformity

FAQ

Which materials are suitable for electrostatic spray coating systems?

Mainly suitable for conductive metal workpieces.

Can different products be processed simultaneously?

Yes, parameter switching allows mixed-model production on the same line.

How is production capacity calculated?

Based on workpiece size, coating time, and overall line configuration.

Is full line planning available?

Yes, complete automatic powder coating line design and integration planning can be provided.