Industry Pain Points
Manual Spraying
Inconsistent spray coating quality
Manual Spraying
High Health Risks
Manual Spraying
High consumption of paint and other supplies
Manual Spraying
Limited production capacity
Traditional Industrial Robots
Low product changeover efficiency
Traditional Industrial Robots
Debugging is difficult to get started with
Traditional Industrial Robots
The supporting facilities take up a large amount of space.
Traditional Industrial Robots
Small batches offer poor value for money
Programming-Free Intelligent Spray Painting Robot
This programming-free spray painting robot features a CGXi-X series automotive-grade explosion-proof collaborative robot chassis. It has obtained dual explosion-proof certifications from China’s PCEC and the EU’s ATEX, boasts an IP68 protection rating, is corrosion-resistant, and is suitable for environments containing flammable and explosive paint mist. Programming-free VR teaching: Use a wireless handheld teaching gun to simulate spray trajectories; the tracker records the trajectories on a 1:1 scale, and the process package automatically adjusts air pressure, spray mode, and travel speed. Setup takes only a few minutes, making it ideal for mixed production lines with small batches and multiple vehicle models. Designed specifically for automotive body shops, this product uses 3D vision and artificial intelligence to automatically identify vehicle models and damaged areas, autonomously planning curved paths to cover complex components such as fenders and door inner panels, perfectly replicating the skills of experienced technicians.
“China PCEC + EU ATEX” Explosion-Proof CertificationVR Teaching PathBody Repair and Painting at a 4S Dealership
Quick Changeover Without Programming
VR teaching paths and 3D vision scanning and modeling eliminate the need for cumbersome programming, allowing new product debugging to be completed in minutes and supporting flexible production of multiple product varieties.
Precise Spraying, Consistent Quality
Intelligent trajectory adaptive correction ensures uniform paint film thickness, eliminating sagging, missed spray areas, and color discrepancies, and significantly improving the yield rate.
Safety, Material Savings, and Reduced Waste
Fully automated, unmanned spraying eliminates human exposure to toxic materials; precise, targeted spraying significantly reduces paint overspray and waste, thereby saving on material costs.
Low barrier to entry and easy to implement and maintain
It is easy to operate and requires no specialized technical personnel; it offers flexible deployment without the need for major site modifications; it operates continuously 24 hours a day; and it features low operating and maintenance costs and stable production capacity.
Solutions
Overhead-Track Spray Painting Robot
- Dual-Process Compatibility: Supports both liquid painting and powder coating, offering multiple functions in a single machine.
- VR Trajectory Teaching: Records trajectories without the need for professional programming, replicating manual painting motions 1:1.
- Automatic Encoder Recognition: Automatically identifies workpiece types, calls up preset trajectories, and enables mixed-line painting of multiple product varieties.
- Continuous In-Line Painting: Automated painting is completed as workpieces move along the overhead conveyor line, without pauses or interruptions.
Robotic Paint Applicator at an Auto Dealership
- AI-Powered Autonomous Operation: Autonomous recognition, planning, and spraying—the entire process requires no human intervention.
- Simulation of Manual Techniques: AI algorithms simulate real-world painting techniques and methods, producing results that rival or even surpass those of master painters.
- Quick Adaptation to Vehicle Models: Automatically adjusts parameters and plans paths based on different vehicle models and painting requirements.
- Consistent and Reliable Results: Achieves optimal results with every application, eliminating rework caused by human variation.
Rotary-Table Spray Painting Robot
- Multiple configurations available: single-turntable, dual-turntable, and triple-turntable models to meet varying production capacity needs for small- to medium-volume runs.
- Dual-process compatibility: Supports both liquid painting and powder coating simultaneously, offering multi-purpose functionality in a single machine.
- Flexible workstation configuration: The three-turntable model features independent workstations for spraying, loading, and unloading, while the single- and two-turntable models allow for flexible integration, resulting in higher efficiency.
- VR trajectory teaching: Trajectories can be recorded without specialized programming, enabling 1:1 replication of manual spraying motions.
Application Scenarios
Complete Vehicle Body Repair and Painting
Car Wheels
Machined Parts
Bumper, hood, fendersWant to learn more or start collaborating?
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