HBS LASER SYSTEM

Laser cleaning is a method that uses high-frequency and high-energy laser pulses to irradiate workpiece surfaces. The coating layer absorbs the focused laser energy instantly causing oil stains, rust spots or coatings to evaporate or peel off rapidly. This technique effectively removes surface attachments or coatings at high speed without damaging the metal substrate when using short-duration laser pulses with appropriate parameters. Laser cleaning is versatile enough to clean both organic pollutants and inorganic substances including metal rusts particles dust etc.

Applications:

Laser cleaning machines have a broad range of applications across various materials:

• Coating Removal: Efficiently remove coating layers from metals or glass surfaces.

• Paint Removal: Quickly strip away paint entirely or layer by layer.

• Rust & Oxide Removal: Rapidly eliminate rust from metal surfaces along with various oxides.

• Contaminant Removal: Clean oils resins glues dust stains production residues etc.

• Surface Roughening: Prepare metal surfaces for subsequent processes.

• Pre-Welding Treatment: Remove rust/oil before welding automotive components & clean oxides/color spots post-welding.

• Mold Cleaning: Suitable for tire molds electronic molds food molds etc.

• Precision Component Cleaning: Remove oil stains post-production/processing.

• Nuclear Power Maintenance: Facilitate rapid cleanup during nuclear component maintenance.

• Aerospace & Shipbuilding Maintenance: Treat oxides remove paints/rust during manufacturing/maintenance phases.

• Narrow Space Cleaning: Access hard-to-reach areas for thorough cleanup.

• Cultural Relic Restoration & Building Facade Cleaning: Clean cultural relics rocks building exteriors efficiently.

Key Features:

Non-Contact & Non-Damaging Cleaning

Laser cleaning removes unwanted layers without abrasion, preserving the integrity of the substrate and reducing material loss.

High Precision & Controllable Output

Adjustable power, pulse width, and scanning parameters allow precise control over cleaning depth and area.

Eco-Friendly & Chemical-Free

No chemicals, no consumables, and minimal secondary waste, making it an environmentally responsible solution.

Low Maintenance & Long Service Life

Fiber laser sources provide long operational lifespan with stable beam quality and minimal maintenance requirements.

FAQ

Q1: What materials can a laser cleaning machine clean?
Laser cleaning machines are suitable for metals such as steel, aluminum, copper, and alloys. They can remove rust, paint, oxide layers, grease, and coatings.
Q2: Does laser cleaning damage the base material?
No. When properly configured, laser cleaning removes only the unwanted layer without affecting the substrate.
Q3: Is laser cleaning environmentally friendly?
Yes. It requires no chemicals or blasting media and produces minimal secondary waste.
Q4: Can laser cleaning systems be automated?
Yes. Many laser cleaning machines can be integrated into robotic arms or automated production lines.