5-Axis Gantry Laser Cleaning Machine
For Fast, Large-scale Removal of Heavy Coatings and Rust.
- The 5-Axis Gantry Fiber Laser Cleaning Machine combines the power of fiber laser technology with unmatched versatility in robotic movement.
- This system is engineered to automate the cleaning of complex, three-dimensional components with precision.
- The gantry robot precisely maneuvers the laser head to maintain the optimal angle and distance, ensuring consistent, thorough cleaning on contoured surfaces, intricate castings, and large, heavy parts that are difficult or hazardous to handle manually.
- It is a transformative solution for automating surface preparation in high-mix manufacturing, turbine blade maintenance, and large machinery refurbishment.
SPECIFICATIONS
5-Axis Gantry Laser Cleaning Machine
Technical Data
| Laser Source | Pulsed Fiber |
| Laser Power | 300W |
| XYZ Stroke | 800*300*300mm |
| Cooling Method | Water Cooling |
| Wavelength | 1064nm |
| Suitable Application | Complex Component Processing |
Components
5-Axis CNC Motion System
The defining framework. Provides precise movement along the X, Y, and Z linear axes, plus rotation and tilt (A/C axes) of the cleaning head to maintain optimal beam angle on complex contours.
Robust Laser Cleaning Head
A sealed optical assembly designed for industrial environments.
High-Capacity Industrial Chiller
A centralized cooling unit for the laser to handle the heat output from large-part cleaning.
CNC Control Software & Cleaning Path Programming
The system’s brain. Advanced software for programming and simulating complex 3D cleaning paths, managing laser parameters on-the-fly, and integrating with factory networks.
If you have specific component preferences, we can discuss configuration options to meet your needs.
Upgrades & Variants
Fume Extraction & Filter Unit
A robust, integrated system with multiple filter stages (HEPA, carbon) to capture fumes and particulates at the source. Protects operators and meets OSHA air quality standards.
Safety Enclosure System
A fully interlocked, robust enclosure with integrated high-flow fume extraction and particulate filtration paths.
3D Vision & Auto-Programming
An advanced 3D vision system with intelligent software that scans parts and automatically generates optimal cleaning paths. Enabling fast job changeovers.
With our fully independent R&D department, if you have any specific application requirements or cleaning results you want to achieve, we can help develop a custom solution for you.
Related Videos
Laser Cleaning Rust is THE BEST
Tired of the high cost and mess of traditional cleaning? We put laser cleaning head-to-head with sandblasting, chemical, and dry ice methods, comparing the real factors that hit your bottom line: consumables, portability, safety gear, and post-cleanup labor.
Discover why a laser cleaner isn’t just another tool—it could be the efficient, cost-saving solution your shop has been missing to streamline surface prep and restoration.
Material Compatibility
| Specific Material/Application | Common Contaminant/Coating | Cleanable? |
|---|---|---|
| Steel, Carbon Steel | Rust, Mill Scale, Paint, Oil | Yes |
| Stainless Steel | Oxide, Oil, Paint, Welding Spatter | Yes |
| Aluminum | Oxide, Paint, Anodized Layer | Yes |
| Copper, Brass, Gold | Oxide, Tarnish, Thermal Oxide | Conditional |
| Titanium, Nickel Alloys | Oxide, Heat Tint, Contaminants | Yes |
| Automotive/Aerospace Parts | Paint, Primer, Powder Coating | Yes |
| Ship Hulls, Structural Steel | Thick Paint, Rust | Yes |
| Tire Molds, Plastic Molds | Rubber Residue, Release Agent, Carbon | Yes |
| Composite Molds, Tooling | Epoxy Residue, Release Agent | Yes |
| Historical Monuments, Facades | Biological Growth, Black Crust | Conditional |
| Carbon Fiber | Release Agent, Contaminants | Conditional (Risky) |
| Glass, Ceramics | Surface Mold, Particulates, Thin Coatings | No (General Rule) |
Clean Surfaces. Clean Air.
Complete Solution.
W-Series Fume Extractor Designed for Laser Cleaning
Learn More
FAQ
1. What types of parts is the 5-Axis Gantry Laser Cleaning Machine designed for?
This 300W pulsed-fiber system is designed for automated cleaning of complex three-dimensional components, contoured surfaces and large or heavy parts that are difficult to handle manually. Example applications include complex castings, turbine-related maintenance and high-mix surface preparation.
2. Can the system remove rust, paint and oxides from metal parts?
The page lists contaminants such as rust, mill scale, paint, oil, oxides and welding spatter across common industrial metals. The cleaning path and parameters must be set for the substrate and coating to achieve the required result.
3. Will laser cleaning damage the base material?
The system is positioned for controlled, non-contact cleaning, but outcome depends on laser parameters, contamination thickness, substrate and surface-finish requirement. A process trial is required before any no-damage claim is approved.
