Laser Cleaning Machines
Industrial Rust, Paint, and Oxide Removal Solutions
Laser cleaning machines use focused laser beams to clean, polish, or prepare metal surfaces without using chemicals or abrasives.
They are widely used in industrial maintenance and restoration applications.
By sending high-energy light pulses to the surface, the laser vaporizes or removes contaminants such as rust, oil, paint, and oxides without damaging the underlying material.
This makes the process highly efficient, environmentally safe, and precise for surface treatment.
What Is a Laser Cleaning Machine?
A laser cleaning machine is a system that removes rust, paint, oil, dirt, and other surface contaminants using high-energy laser beams.
The light emitted by the laser heats the top layer, causing unwanted material to vaporize and detach from the surface.
This ensures precise cleaning without causing deformation or abrasion.
Main Characteristics:
-
Non-contact cleaning without mechanical stress on the surface.
-
Dry cleaning – no chemicals or waste residues.
-
Highly selective – cleans only the targeted area without affecting the substrate.
-
Safe for delicate materials such as molds, engravings, or precision components.
Laser cleaning systems are therefore ideal for industries that require fast, safe, and environmentally friendly surface preparation.
Advantages of Laser Cleaning Machines
-
Eco-Friendly: No chemicals, solvents, or abrasives are used.
-
Low Operating Cost: Energy-efficient, minimal maintenance requirements.
-
High Precision Cleaning: Focused beam removes only unwanted material.
-
Extended Equipment Life: No wear on the base material.
-
Safe for Operators: No harmful emissions or residue.
-
Automatable System: Compatible with robotic integration for large-scale operations.
General Technical Specifications
-
Laser Type: Fiber Laser (Continuous / Pulsed)
-
Power Range: 1000W – 2000W
-
Wavelength: 1064 nm
-
Pulse Frequency: Adjustable (20 kHz – 200 kHz)
-
Cooling System: Air or Water Cooled
-
Cleaning Width: Adjustable, depending on the material
-
Optional Integration: Portable or Robotic Configurations
Application Areas
-
Rust and Paint Removal: Removes rust, old paint, and coatings.
-
Oxide Layer Removal: Cleans oxide residues from steel and aluminum.
-
Mold Cleaning: Removes resin and carbon residues from mold surfaces.
-
Surface Preparation: Prepares surfaces before welding or coating.
-
Cultural Heritage Restoration: Safely cleans statues, monuments, and historical artifacts.
-
Aerospace & Automotive: Ideal for high-precision component cleaning.
Laser Cleaning Machine Comparison Table
| Feature / Criterion | Sandblasting | Chemical | Carbon Brush | Laser Cleaning |
|---|---|---|---|---|
| Abrasiveness | High | None | Physical | None |
| Waste Generation | High | High | Medium | Minimal |
| Chemical Use | None | Yes | No | None |
| Energy Efficiency | Low | Medium | Low | High |
| Maintenance | High | Medium | Medium | Low |
| Surface Damage | High | Medium | Medium | None – completely safe for all materials |
Prices and Market Dynamics in Turkey
In Turkey, laser cleaning machines are priced approximately as follows:
-
1000W fiber laser systems: $18,000 – $22,000
-
1500W medium-capacity systems: $22,000 – $28,000
-
2000W and above industrial systems: $28,000 – $35,000
The laser cleaning sector in Turkey continues to grow, especially in automotive, mold, and maintenance industries, where Total Cost of Ownership (TCO) efficiency is prioritized.
Laser Cleaning Machine – History and Development
-
1960s: Laser technology first introduced for material processing.
-
1990s: Laser cleaning used for aerospace and defense maintenance.
-
2010s: Fiber laser systems became dominant due to efficiency and precision.
-
2025: Compact, energy-efficient, locally produced laser cleaning systems now lead the global trend.
How can we help?
For questions or quote requests, you can reach us via the contact form or call our number for the fastest support.