Assessment & Scope Definition

Each project begins with an on-site or documented assessment to determine:

• Type and extent of contamination (corrosion, coatings, grease, etc.)

• Substrate material and condition

• Required level of removal (cleaning vs full coating removal)

• Access, safety, and environmental considerations

This allows us to define the appropriate methodology before work begins.

Process Selection & Calibration

Laser parameters are carefully adjusted to suit the application, including:

• Energy intensity

• Scanning parameters

• Surface interaction level

This ensures:

• Effective removal of contaminants

• No unnecessary substrate damage

• Controlled, consistent results

Surface Remediation

Laser cleaning is carried out using a non-contact process that removes unwanted material without abrasive media or chemicals.

Key outcomes:

• Targeted removal of corrosion and coatings

• Preservation of base material integrity

• Minimal disruption to surrounding areas

Quality Control & Verification

Throughout the process, surfaces are monitored to ensure alignment with project requirements.

Where required, this may include:

• Visual inspection

• Preparation standards for coating systems

• Compatibility with NDT (Non-Destructive Testing) processes

• Temperature & surface testing

Completion & Reporting

Upon completion, we ensure:

• Surface condition meets agreed scope

• Work areas are left clean and controlled

• Documentation or sign-off provided if required

Key Advantages of Our Approach

• Precision-controlled material removal

• Contaminant containment

• Built in substrate cooling system & ventilation

• No abrasive blasting media

• No chemical waste

• Reduced cleanup and containment requirements

• Suitable for sensitive or complex assets