Laser Coating Removal - Technology and Systems
The process of laser coating removal involves using laser energy to eliminate a surface's coating without causing damage to the substrate material. This laser cleaning method suits various materials, such as metal, plastic, glass, and composites.
ASP - Evolving Coating Removal Technology
ASP's high-power fiber lasers are an effective solution for the new grades of press-hardened steel (PHS) developed in the automotive industry, where it is necessary to perform an aluminum-silicon coating removal process before assembly.
In industries such as aerospace and shipbuilding, laser-based coating removal applications are becoming more popular than chemical stripping due to their cost-effectiveness and environmental friendliness. Since lasers do not require abrasive materials, they do not contribute to hazardous waste, making them an attractive alternative to conventional abrasive and chemical methods.
Our Models - LaserBlast Product Lineup
Laserblast 100W
- 100 Watts
- Long Lifetime, Ultra-robust
- Presets easy to use for different surface
- Controllable laser beam shape
Laserblast 200W
- 200Watts
- Long Lifetime, Ultra-robust
- Presets easy to use for different surface
- Controllable laser beam shape
Laserblast 300W
- 300Watts
- Long Lifetime, Ultra-robust
- Presets easy to use for different surface
- Controllable laser beam shape
Laserblast 500W
- 500Watts
- Long Lifetime, Ultra-robust
- Presets easy to use for different surface
- Controllable laser beam shape
Laserblast 2000W
- 2000Watts
- Long Lifetime, Ultra-robust
- Presets easy to use for different surface
- Controllable laser beam shape
Laserblast 1000W
- 1000Watts
- Long Lifetime, Ultra-robust
- Presets easy to use for different surface
- Controllable laser beam shape
How It Works
Step 1
A lens focuses the laser beam onto the surface of the material to be ablated.
Step 2
Energy from the laser pulse is absorbed into the material and quickly heats up, vaporizing or melting it away.
Step 3
A stream of inert gas (usually nitrogen) is used to blow away any particles or debris created during the process.
Step 4
The laser beam then moves to the next spot on the material, and the process repeats.
Step 5
By controlling the size, shape, and focus of the laser beam, precise and localized ablation can be achieved.
Convenience
COST-SAVING
- Minimal preparation time
- No disposal cost
- No additional gear needed
- Time-saving
USER FRIENDLY
- No dangerous projectiles
- Computer-controlled
- No protective wear required
- Low noise operation
CLEANTECH
- Eco friendly
- No chemicals
- No blast media
- Consumes only electricity
AI-DRIVEN
- Fully digital controlled
- Intelligent setting
- Setting on the fly
- Robotization available
Click Here to Lease our Laserblast Cleaning System
Laser-Cleaning Systems
LASER AERO
This high-powered laser cleaning system is ideal for surface cleaning and paint removal applications in the aerospace and automotive industry. Save time with laser rust removal, paint stripping, and mold cleaning for preparing surfaces for painting. It's also more environmentally friendly than traditional abrasive cleaning technology.
- Scanner Head: Software allows for many types of scans: round, linear, and square. The laser beam can adapt to various surface shapes.
- Estimated Lifetime Expectancy: 10 years
- Computer: Robust, easy-to-use computer or tablet gives full control over cleaning
- Software: EZClean software included
- 3 presets cleaning process included
LASER BLAST
A handheld laser cleaning solution ideal for grease cleaning, coating removal, nuclear decontamination, and pre-treatment or preparing surfaces for welding. A great alternative to traditional surface preparation techniques.
- Power: 100Watts
- Beam Size: 10 - 100 mm
- Estimated Life Expectancy: 60K hours
- Fume Extraction System: vacuum
- Manual Control: handheld
LASER ART
An ideal laser surface cleaner for building restoration projects; compatible with stone, metals, wood, and many other materials. Gentle enough for art, sculpture, and classic car restoration projects. Also, laser paint removal, such as removing graffiti, is a time-saving and efficient alternative to sandblasting or other abrasive cleaning methods.
- Scanner Head: Software allows for various scans: round, linear, or square. The laser light beam can be adapted to different shapes of surfaces.
- Estimate Lifetime Expectancy: 10 years
- Computer: Robust and easy-to-use computer or tablet gives full control over the laser cleaning process
- Software: EZClean software included
- 3 preset laser cleaning processes included
Buy your laser
Franchise
Short-Term Rental or Leasing
*1 Month Minimum
Applications of Laser Coating Removal
- Automotive - Pre-assembly laser cleaning of painted surfaces, removing rust or corrosion and other contaminants.
- Aerospace – Removal of coatings such as paints and primers, sealants and adhesives, removing corrosion and other contaminants from aircraft surfaces.
- Electronics – Laser cleaning of circuit boards and other electronic components.
- Medical – Removal of coatings from medical implants and devices, and the cleaning of medical instruments.
- Building Restoration – Removal of impurities from metals, mold cleaning, and cleaning surfaces.
- Aircraft lead-based paint removal
- Avionics part restoring
- Aircraft refurbishing
- Welding preparation of surface
- Laser rust removal
- Laser oxidation removal
- Surface smoothing varnish
- Turbo engineer combustion chamber cleaning for power plan
- Surface texturing for paint adhesion
- Part grease cleaning
- Aircraft coating removal
- Airframe fluid intrusion
- Corrosion treatment
- Abrazing Cleaning
Become an ASP LaserBlast cleaning service provider today
So, if you're ready to become a laser cleaning service provider with one of ASP LaserBlast laser cleaner units, let's make it happen. With our technology and full support, you can build a successful business that stands out from the competition.
- Welding preparation of surfaces
- Rust and oxidation cleaning
- Surface smoothing
- Surface texturing for paint adhesion
- Turbo engineer combustion chamber cleaning for power plant
- Part grease cleaning
- Coating removal
- Lead-based paint removal
- Corrosion treatment
- Welding preparation of surfaces
- Rust and oxidation cleaning
- Surface texturing for paint adhesion
- Laser paint removal
- Radioactive surface cleaning for nuclear plant
- Industrial cleaning
- Surface smoothing
- Insert molding cleaning
- Nuclear reactor contamination cleaning
- Anilox roller for printing machine
- Turbo engineer combustion chamber cleaning for power plant
- Part grease cleaning
- Coating removal
- Lead-based paint removal
- Corrosion treatment
- Building restoration: Stone, Metals, Wood
- Art and sculpture
- Art conservation
- Antique cars, boats and machinery
- Graffiti removal
- Surface smoothing varnish
- Varnish and paint removal
- Lead-based paint removal
- Painting conservation
- Paper conservation
- Artifact conservation
- Wood conservation
- Textile conservation; leather
- Archaeological material
Why Choose ASP Laser Coating Removal Machines?
Unrivaled technical experience and expertise are what you get when you choose ASP.
- Our team of highly skilled professionals has worked with multiple platforms and technologies to develop robust, scalable applications.
- We are experts in our fields and can create solutions that meet our clients' needs.
- We offer comprehensive technical support services, which include training, maintenance, and consulting.
Try ASP fiber laser cleaning machines, and experience an intelligent, powerful, and eco-friendly solution to all your cleaning and coating removal needs!
Learn More About Laser Cleaning
Explore our latest articles and guides on laser cleaning technology, applications, and industry use cases.
How to Choose a Laser Cleaning Machine
Understand the key factors—laser power, material, and precision—to select the right system for your needs.
Laser Cleaning Applications: All Uses & Industries
Explore how laser cleaning is used in automotive, aerospace, cultural heritage, and manufacturing.
Environmental Evaluation of Abrasive Blasting
Compare traditional abrasive blasting with modern, eco-friendly laser cleaning methods.
Lead and zinc-based paint stripping using laser technology
Efficacy and cost benefits of laser technology in paint stripping compared to traditional methods.
Laser Cleaning Advantages: All 20 Benefits
From precission and efficiency to eco-friendliness and versatility compared to other methods.
Laser removal of epoxy coatings on stainless steel using beam scanning patterns as control parameters
How controlling the shape of marking patterns can achieve more uniform coating removal.
Nuclear Decontamination by Laser for Decommissioning
Advantages and challenges of laser cleaning technology in nuclear decontamination
Application of Laser Cleaning Prior to Laser Welding of Aluminum Alloys
Reduction of porosity levels in aluminum alloy laser welding by laser cleaning before welding.
Laser Cleaning Materials: Ultimate Guide on All Supported Ones
A complete list of materials and the suitable types of laser cleaning applications for them
SOME OF OUR VALUED CLIENTS & PARTNERS
we work in close partnership with our clients to ensure that all design needs are met in a timely manner. Our specialists and engineers work closely together to develop tailor-made solutions that meet the industry evolving needs.
