Programming Free Painting Robot

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Programming Free Painting Robot
Details
This programming-free painting robot is suitable for production lines requiring rapid setup, consistent repeatability, and reduced reliance on dedicated robot programmers.
Category
Spray Painting Robot
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Description

 

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

 

6-Axis Robot Arm (BRTIRUS1510A)

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.

 

product-1600-1059

 

On-Site Simulation and Structural Close-Up Display

 

1

 

Figure 2.1 On-site Physical Object Diagram

 

4

Diaphragm Pump

2

Programming-Free System

3

Spray Gun

6

Teaching Gun and Teaching Box

product-500-500

Robot Electrical Control Cabinet

product-500-500

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

 

Q: What is the main advantage of a programming-free painting robot?

A: Operators can record spray paths through the teaching interface, reducing reliance on conventional robot programming during product changeovers.

Q: Is this system suitable for high-volume production lines?

A: It is more suitable for flexible and mixed production environments rather than fully fixed high-speed mass production lines.

Q: Does product change require engineering support?

A: No. Trajectory changes can be made directly through the teaching system by operators on-site.

Q: Can it handle complex part geometries?

A: Yes. The 6-axis structure supports multi-angle spraying on curved and irregular surfaces within a single recorded path.

Q: What industries commonly use this system?

A: It is widely used in hardware coating, consumer product manufacturing, and small-to-medium batch industrial painting applications.

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