Product Introduction

Programming-Free Painting Robot is a robot that can automatically paint without programming. It can be ordered in bulk and customized.

Main Technical Parameters

Parameter	Specification
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

product-1600-1059

Advantages and Application Fields

(I) Core Advantages

High-Precision Spraying: Repeat positioning accuracy ±0.05mm ensures precise movement of the spray gun along the preset trajectory.

Stable Load Capacity: The robotic arm can support a maximum load of 10kg, providing stable support for the spray gun and auxiliary piping, preventing uneven spraying caused by load fluctuations.

Flexible Adaptability: Utilizing a 6-axis robotic arm design, the end effector can rotate 360°, covering concave surfaces, right angles, and curved surfaces, solving the problems of blind spots and uneven thickness in manual spraying.

High-Efficiency Operation: Equipped with the Huacheng control system, the Programming Free Painting Robot requires no programming; it can automatically spray after a single teaching demonstration. A single arm can spray approximately 10 square meters per hour.

Durable: The body is constructed from aerospace-grade aluminum alloy and high-strength steel, with an IP54 wrist protection and IP40 body protection, resisting paint corrosion and dust, and boasting a lifespan of over 8 years.

(II)Application Fields and Compatible Materials

Application Field	Specific Objects	Materials & Paint Types
Automotive Parts	Bumper brackets, door hinges, engine decorative covers, wheel hub caps	Cold-rolled steel, 6061 aluminum alloy, PP + glass fiber composites; Amino baking paint, acrylic enamel
Hardware Tools	Power tool housings (e.g., drills, wrenches), door lock panels, hydraulic component housings	Galvanized steel, zinc alloy, die-cast aluminum; Epoxy ester paint, polyurethane topcoat
Consumer Electronics	Laptop bottom cases, smart speaker housings, small appliance metal panels	ABS, PC/ABS alloy, anodized aluminum; UV-curable paint, matte acrylic paint, weather-resistant polyester powder, fluorocarbon powder, stone-like powder

(III)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

Figure 2.2 Close-up Diagrams of Each Component

The core workflow is as follows:

Workpiece Setup: Fix the workpiece on the workbench to ensure accurate positioning and prevent movement. Check paint levels and confirm diaphragm pump connections are secure.

System Startup: Start the control system and diaphragm pump. Adjust paint supply pressure according to paint viscosity for stable delivery to the spray gun.

Trajectory Teaching: Hold the teaching gun and demonstrate the preset spray path once. The system records the trajectory automatically; re-teach if deviations occur.

Parameter Setting: Confirm the trajectory and set spray parameters such as spray rate, paint film thickness, and drying time.

Automatic Spray: Start the robot. It moves the spray gun along the recorded path while the diaphragm pump supplies paint. Monitor paint film quality and use emergency stop if needed.

Completion & Cleaning: After spraying, the robot resets and stops paint supply. Remove the workpiece for inspection and clean the spray gun to prevent nozzle blockage.