Aerospace and Aviation

Learn about Jobon Laser’s 14+ years of experience, in-house factory, global reach, and commitment to innovation in laser machinery.

Pulse Laser Cleaning in Aerospace Industry Applications

Pulse laser cleaning has become a revolutionary solution in the aerospace sector, where precision, material integrity, and regulatory compliance are paramount. Unlike traditional abrasive or chemical methods, pulsed lasers offer microsecond-level control, ensuring the removal of contaminants without damaging high-value components.

Why Pulsed Laser Cleaning is Ideal for Aerospace

In aerospace manufacturing and maintenance, even microscopic residues—oxidation, oil films, paint coatings, corrosion, carbon deposits, or adhesive layers—can affect structural performance, aerodynamic efficiency, or sensor precision.

Product Features

  • Airplane fuselage
    • Selective Ablation: Removes only surface contaminants without affecting sensitive base materials like titanium, aluminum, or composites.
    • No Tool Wear or Contact: Non-contact cleaning protects delicate surfaces and eliminates the risk of mechanical damage.
    • No Secondary Waste: Laser vaporizes contaminants, leaving no chemical or abrasive residues.
    • Precise Control: Adjustable pulse duration, energy, and frequency for different material coatings and cleaning depths.
  • Turbine blade
    • Maintain Material Properties: Laser does not induce micro-cracks or thermal stress in aerospace alloys.
    • Improve Coating & Adhesion Quality: Surfaces cleaned by laser exhibit better paint or adhesive bonding.
    • Reduce Turnaround Time (TAT): Faster, more automated cleaning reduces downtime during inspections or overhauls.
    • Comply with Environmental Standards: No use of solvents, acids, or blast media — compliant with REACH, OSHA, etc.
    • Cost-Effective: Long-term savings through less waste, labor, and rework.

Laser Cleaning Machine VS Traditional Cleaning Solution

Pulsed laser systems are now integrated into the workflows of major aircraft manufacturers and maintenance depots worldwide, supporting both commercial aviation and defense sectors. With advancements in portability and automation, these systems are ideal for hangars, production lines, and field service operations.

Comparison Item Laser Cleaning Chemical Cleaning Dry Ice Cleaning Abrasive Blasting / Shot Peening
Cleaning Principle High-energy laser vaporizes contaminants Chemical dissolution reaction Cryogenic impact removal Physical abrasive impact on surface
Substrate Damage No damage, non-contact cleaning Possible corrosion or erosion Minimal impact Likely to cause surface wear
Environmental Impact Eco-friendly, no chemicals or secondary waste Chemical residue may pollute environment No residue, dry and clean Dust generation, high noise & pollution
Precision Extremely high, supports micron-level control Difficult to control with accuracy Medium precision Low precision, large-area treatment
Consumables No consumables needed Chemical agents, PPE required Dry ice pellets Sand, shot media, and disposal bags
Maintenance Needs Low, mainly optics cleaning High, chemical handling and storage Medium, dry ice handling High, frequent media replacement
Cost Structure High initial investment, low long-term cost Low upfront, high ongoing chemical cost Medium initial and recurring cost Low equipment cost, high media consumption
Automation Potential Easily integrated with robotic arms Hard to automate complex chemical handling Semi-automated possible Difficult to automate due to media flow
Operator Safety High safety with proper shielding Risk of chemical burns and toxic exposure Cold burn risk, needs protection Dust inhalation and injury risks
Best Use Cases Precision cleaning of rust, paint, oil, oxide Heavy oil or grease cleaning Food-grade and sensitive component cleaning Paint stripping, rust removal on large parts

Product Features

  • Laser Cleaning Machine
  • Laser Cleaning Machine
  • Laser Cleaning Machine
  • Rapid Remova Of Paint
  • Rapid Remova Of Paint
  • Laser Cleaning Machine

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FAQ

  • I know nothing about this machine,what type of machine should I choose?

    We will help you choose the suitable machine and share you the solution;you can share us the following information
    1. what material will you weld
    2. The welding material thickness
    3. Is it joint welding or over-lay welding
    4. What is the exact usage for the machine , for product welding or repair or other application

  • When I got this machine. but I don't know how to use it. What should I do?

    We will send operation video and manual for the machine. Our engineer will do training online If needed. we can send our engineer to your site for training or you can send the operator to our factory for training.

  • If some problems happen to this machine,what should I do?

    We provide two years machine warranty. During the two-year warranty,in case any problem for the machine,we will provide the parts free of charge(except for artificial damage). After the warranty. we still provide whole lifetime service. So any doubts,just let us know, we will give you solutions.

  • What are the payment options?

    We accept payment terms including: T/T, VISA, Western Union Online Bank payment.

  • What are the shipping methods for the equipment?

    Sea transportation is the normal way. If there are special requirements, the two sides need to confirm the final.

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