Service
Rust & corrosion removal
Laser rust removal for industrial parts, precision components, and equipment where surface integrity matters
Service
Surface Prep Before Coating, Welding & Bonding
Laser surface preparation for coating, welding, bonding, and assembly on industrial and aerospace components
What is laser surface preparation
Aerospace Laser Cleaning is a veteran-owned laser cleaning job shop on the I-25 corridor in Monument, working with fabricators, machine shops, coaters and restorers in Colorado Springs, Castle Rock, Peyton, Falcon, Fountain and the wider Colorado Front Range. Parts come in, are cleaned in our shop, inspected and documented, and go back.
Laser surface preparation is a precision cleaning process that uses focused laser energy to remove contaminants, oils, oxides, rust, and coatings without damaging the underlying material. Commonly referred to as laser cleaning, this method is ideal for preparing surfaces prior to coating, welding, bonding, or assembly.
Laser surface preparation, also known as laser cleaning, uses a high-intensity laser beam to remove unwanted surface layers from metals and other substrates. The laser is precisely controlled to target the contamination layer while preserving the integrity of the base material.
Benefits of laser surface preparation
- Non-contact process with no surface damage
- No chemicals or abrasive media required
- Minimal waste
- High precision and repeatability
- Suitable for pre-coating, bonding, and welding preparation
Applications
Laser surface preparation is commonly used for:
It is also widely used for controlled metal surface cleaning where consistent surface conditions are required for performance-critical applications.
- Surface preparation prior to coating or painting
- Pre-weld cleaning and oxide removal
- Adhesion preparation for bonding processes
- Removal of oils, residues, and contaminants
- Industrial machinery and equipment cleaning
- Automotive and aerospace component preparation
Our process
- Surface inspection and contamination evaluation
- Parameter setup based on material and surface condition
- Controlled laser cleaning process
- Final inspection and quality verification
What we need to know to quote accurately
Send the part size, material, contaminant, severity, quantity, and geometry with your quote request. Include the next process step, such as coating, welding, or bonding, when it affects the area to be prepared.
- Part size and surface area
- Base material
- Contaminant type and thickness
- Severity and surface condition
- Quantity
- Accessibility and geometry
Laser cleaning compared with traditional methods
Compared to sandblasting or chemical cleaning, laser surface preparation provides a controlled way to prepare the base material.
- No abrasive media required
- No hazardous chemicals
- No damage to base material
- Greater control and precision
- Cleaner process with less waste
Common questions
A focused laser beam removes contaminants, oils, oxides, and residues by heating and vaporizing the surface layer without affecting the base material.
Yes. Laser cleaning is a non-contact process that removes surface contaminants while preserving the underlying material.
Laser cleaning refers to the process itself, while surface preparation describes using that process to prepare materials for coating, welding, or bonding.
Related work
Service
Paint & coating removal
Laser paint removal for industrial equipment, aerospace components, and high-value parts requiring controlled surface preparation
Service
Weld cleaning
Laser weld cleaning removes oxidation, heat tint, and discoloration from welded metal surfaces
Send us the part — we’ll tell you what’s possible.
Six short questions, photos optional. A person reads every request and replies from rfq@aerospacelaserclean.com.