The Programming-Free Painting Robot System is an integrated spraying workstation that eliminates offline programming, reduces setup time, and maintains consistent coating quality. Suitable for high-mix, low-to-medium-volume production lines, it enables shop-floor operators to generate and save complex 3D spray trajectories in minutes through an intuitive teaching interface.
Recommended Applications
Frequent Workpiece Model Changes: Production lines that process multiple part geometries within the same shift.
Prohibitive Reprogramming Overhead: Operations where dedicated automation engineers are costly, unavailable, or cause unacceptable downtime during line reconfiguration.
Direct On-Site Path Adjustments: Facilities requiring shop-floor operators to modify spray trajectories immediately based on real-time coating feedback.
Flexible Batch Processing: Manufacturing environments requiring rapid, repeatable switching between custom orders.
Why Choose Our Programming-Free Painting Robot
High-Precision Spraying
±0.05mm repeat positioning maintains consistent spray path execution during repeated production cycles.
Stable Load Capacity
10kg payload ensures stable operation of the spray gun and hose system.
Multi-Surface Coverage
6-axis robotic arm with 360° end rotation enables stable spraying on curved, recessed, and angular surfaces within a single cycle.
No-Programming Deployment
A single teaching pass allows automatic trajectory execution via the control system, eliminating offline programming during product changeovers.
Industrial Durability
Aluminum alloy and high-strength steel structure with IP54 wrist and IP40 body protection ensures stable operation in coating environments over long production periods.
Main Technical Parameters
| Specification Item |
Specification |
| Model | BRTIRUS1510A |
|
Arm Span |
1587 mm |
|
Repeat Positioning Accuracy |
±0.05 mm |
|
Maximum Load |
10 kg |
|
Power Capacity |
5.06 kVA |
|
Equipment Weight |
152 kg |
|
Protection Class |
Wrist IP54, Body IP40 |
Axis Motion Range & Maximum Speed
| Joint Axis | Motion Range (Degree) | Max Joint Speed (Degree/s) |
| J1 (Base Rotation) |
±165° |
190°/s |
| J2 (Lower Arm) |
-95° / +70° |
173°/s |
| J3 (Upper Arm) |
-85° / +75° |
223°/s |
| J4 (Wrist Roll) |
±180° |
254°/s |
| J5 (Wrist Pitch) |
±115° |
270°/s |
| J6 (Wrist Turn) |
±360° |
342°/s |

Material & Coating Compatibility
|
Substrate |
Compatible Coatings |
|
Cold-rolled steel |
Amino baking paint, acrylic enamel, polyurethane |
|
6061 / 6063 aluminum |
Acrylic enamel, polyurethane, protective coatings |
|
Galvanized steel |
Epoxy coatings, anti-corrosion polyurethane |
|
Zinc alloy / die-cast parts |
Epoxy, polyurethane topcoat |
|
ABS / PC plastics |
UV coatings, acrylic systems |
|
PP + glass fiber |
Adhesion-enhanced acrylic / functional coatings |
|
Anodized aluminum |
Transparent protective, weather-resistant coatings |
System Architecture & Integrated Components
6-Axis Robot Arm (BRTIRUS1510A): Compact, lightweight arm structure providing 1587 mm reach and high-speed motion in constrained working cells.
Programming-Free Control System Cabinet: Houses motion controllers, servo drives, safety relays, and I/O interfaces for total line integration.
Teaching Gun & Teaching Box: Handheld demonstration tool that allows zero-experience operators to record trajectories accurately.
Pneumatic Diaphragm Pump: Delivers pulse-free, constant paint flow and uniform fluid pressure to the atomization head.
Automatic Spray Gun Assembly: High-efficiency spray head designed for solvent-based, waterborne, and UV-curable coatings.
Elevated Base & Workstation: Structural mounting base engineered to absorb dynamic torque during high-acceleration motion cycles.

On-Site Simulation and Structural Close-Up Display

Figure 2.1 On-site Physical Object Diagram

Diaphragm Pump

Programming-Free System

Spray Gun

Teaching Gun and Teaching Box

Robot Electrical Control Cabinet

Elevated Fixing Base/Workbench
Quality Control & Testing Standards
Each unit undergoes factory acceptance testing (FAT) before delivery, including the following checks:
72-Hour Continuous Run Test: Full-payload motion trajectory aging under simulated thermal environments.
Repeatability Calibration: Laser tracker validation to confirm wrist repeatability meets the ±0.05 mm limit.
Pressure & Leakage Verification: Fluid supply circuit testing up to maximum rated pressure.
Technical & Engineering Support
Technical Documentation: Includes English user manuals, electrical schematics, maintenance schedules, and spare-parts lists.
Remote Commissioning Support: Direct assistance from our application engineering team for initial cell layout, parameter tuning, and troubleshooting.
Warranty & Spare Parts Supply: 12-month standard warranty on mechanical and electrical core components, with global delivery for wear-and-tear items (pump diaphragms, spray nozzles, seals).
FAQ
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