Aerospace Laser Cleaning Services in Colorado

Precision, non-abrasive cleaning for aerospace components

Advanced Laser Cleaning for Aerospace Applications

StrikePoint provides specialized laser cleaning services for the aerospace industry throughout Colorado. Our precision laser technology meets the stringent requirements of aerospace manufacturing, maintenance, and component restoration.

Aerospace Components We Clean

  • Aircraft Structures: Aluminum and titanium airframe components
  • Engine Parts: Turbine blades, combustion chambers, and engine housings
  • Landing Gear: Hydraulic components, actuators, and structural parts
  • Fasteners & Hardware: Precision cleaning of bolts, nuts, and connectors
  • Tooling & Dies: Manufacturing tools, jigs, and forming dies
  • Composite Molds: Mold cleaning without damage to tooling surfaces
  • Precision Instruments: Sensors, gauges, and measurement devices
  • Hydraulic Systems: Valves, pumps, and fluid control components

Applications

Pre-Weld Cleaning

Remove oxides, oils, and contaminants for critical aerospace welds with superior penetration.

Coating Removal

Strip paint, primers, and protective coatings without damaging precision surfaces.

Oxidation Treatment

Remove surface oxidation from aluminum and titanium components.

Tool & Die Maintenance

Extend tool life and maintain precision with regular laser cleaning.

Corrosion Removal

Eliminate corrosion while preserving critical dimensions and tolerances.

Surface Preparation

Prepare surfaces for bonding, coating, or non-destructive testing.

Why Aerospace Companies Choose Laser Cleaning

  • No Dimensional Changes: Maintain critical tolerances to aerospace specifications
  • Non-Abrasive Process: No media blasting or chemical damage to precision surfaces
  • No Heat Distortion: Cold ablation prevents warping of thin-walled components
  • Selective Cleaning: Target specific areas without masking or protecting adjacent surfaces
  • Environmentally Responsible: No hazardous chemicals or waste disposal requirements
  • Repeatable Results: Consistent cleaning quality for production environments
  • Quality Documentation: Process parameters logged for traceability
  • Reduced Downtime: Fast processing with minimal part handling

Materials We Process

  • Aluminum and aluminum alloys (2000, 6000, 7000 series)
  • Titanium and titanium alloys (Ti-6Al-4V, commercially pure)
  • Stainless steel (300 and 400 series)
  • Nickel-based superalloys (Inconel, Hastelloy, Waspaloy)
  • Cobalt-based alloys
  • Magnesium alloys
  • Composite materials and carbon fiber

Process Characteristics for Aerospace Work

Process characteristics relevant to aerospace work. We do not hold aerospace certifications; suitability for any specific part is your approved-data decision:

  • No introduction of foreign materials or contaminants
  • Controlled, repeatable cleaning parameters
  • Correctly parameterised, avoids the surface damage and microcracking associated with abrasive methods
  • Used on non-flight tooling and, where your approved data permits, component surfaces
  • Compatible with NDT inspection requirements
  • Environmentally responsible processes

Benefits for Aerospace Manufacturing

Cost Reduction

Restore tools and components instead of replacing, reducing material costs.

Quality Improvement

Superior surface preparation leads to better welds, coatings, and bonds.

Faster Processing

Rapid cleaning cycles reduce production bottlenecks and lead times.

Safety Enhancement

Eliminate chemical exposure and abrasive media hazards for workers.

Elevate Your Aerospace Cleaning Standards

Partner with StrikePoint for precision laser cleaning that meets aerospace requirements.

Request Aerospace Quote