High-Power 2000W Robotic Laser Cleaning System for Precision Tasks

Basic Specifications

Model NO.

UA-AC

Degrees of Freedom

6-axis

Drive Mode

Electric

Type

Articulated Robot

Product Model

6-Axis Robot Laser Cleaning

Payload

25-50kg (Configurable)

Reach

1803-2158mm

Power Supply

380V AC, 50/60Hz

Production Capacity

100sets/Month

HS Code

8479509090

Automated Robot Laser Cleaning Solutions

Break through traditional limitations with the Robot Laser Cleaning Workstation, a 100% customizable, automated solution designed for high-efficiency industrial cleaning. Featuring modular design, AI-powered precision, and industry-leading adaptability, this 6-axis robotic system integrates seamlessly into factory lines, delivering unmatched speed, safety, and cost savings. Ideal for large-scale production, complex geometries, and sensitive environments.

Core Advantages

🎯

Accurate adaptation for all scenarios

🛡️

Technological sovereignty and free control

📈

Cost efficiency double breakthrough

🌐

Global agile delivery and zero-risk commitment

Handheld vs. Robotic Laser Cleaning

Category	Handheld	Robotic
Power Range	100W-500W	300W-1000W
Precision	±0.1mm (Manual)	±0.02mm (Auto)
Mobility	Portable 3-axis	6-axis + Rail system
Best For	Small parts / Field work	Mass production / Factory lines
Workpiece Size	<1m³	>1m³ (Frames/Metal sheets)
Automation	Manual operation	CAD/PLC programming
Safety	PPE required	Enclosed workstation

Key Features & Technical Specs

Substrate-Safe Precision
Micron-Level Accuracy: ±5μm depth control.

Unmatched Efficiency
3× Faster Cleaning: 500m²/day capacity.

Smart Autonomy
AI-Driven parameters & Remote Monitoring.

Laser Power	300W - 1000W
IP Rating	IP65
Repeat Accuracy	±0.05mm
Max Working Range	1803-2158mm
Cleaning Applications	Surface rust, oil, paint removal for steel, aluminum, stainless steel

Industrial Application Case Studies

1. High-Speed Rail Gearbox System

Challenge: Traditional manual cleaning took 8-12hrs/unit. Solution: Gantry system + 6-axis robotic arm with dual-laser tech, reducing time significantly with zero pollution.

2. EV Battery Cover Cleaning

Challenge: Manual removal damages zinc layers. Solution: 0.02mm precision robotic positioning with HEPA filtration for zero-emission cleaning.

3. Auto Body-in-White System

Challenge: 2hrs/car body with dust hazards. Solution: AI path planning cuts process to 20mins/car with 2000W fiber laser efficiency.

Quality Control & Shipment

Shipment Method: Sea Freight, Land Freight, Air Freight, International Express.
Package Method: International Standard Wooden Cases.
Note: Air shipments require emptying the gas in the water cooler before transport.

Frequently Asked Questions

What materials are suitable for laser cleaning?

Laser cleaning is highly effective for various metals, including carbon steel, stainless steel, aluminum alloys, copper, and titanium, removing rust, paint, and oil without damaging the substrate.

How does robotic laser cleaning differ from traditional methods?

It is faster, offers micron-level precision, has no chemical consumables, and minimizes the heat-affected zone, eliminating the need for post-processing or hazardous waste disposal.

Can the robotic system handle complex 3D shapes?

Yes, the 6-axis articulated arm combined with AI-driven path planning allows the laser to reach complex structures, curved surfaces, and hard-to-access areas effortlessly.

Is laser cleaning environmentally friendly?

Absolutely. It is a "green" cleaning process that generates no fumes or chemical runoff, making it compliant with strict international environmental standards like RoHS.

What is the maintenance cost for these machines?

The maintenance cost is significantly lower than traditional systems. With no chemicals to buy and long-life fiber laser sources, only minimal periodic checks are required.

Does the system support full production automation?

Yes, our systems are designed for seamless integration into existing factory lines via PLC programming, enabling 24/7 unmanned operation.