Precision Surfaces Laser Cleaning – Non-Contact, Zero Damage

Laser cleaning for precision surfaces must remove light oxides, thin films, fingerprints, carbon residue, adhesive marks, and microscopic particulates from highly polished tool steel, stainless steel, titanium, aluminum, Inconel, chrome-plated surfaces, optical-grade metals, medical-grade alloys, and composite substrates while preserving exact surface roughness (Ra), reflectivity, geometric tolerances, and polished finishes including optical-grade and SPI mirror levels. Any heat input or mechanical contact risks introducing micro-scratches, dimensional changes, or substrate damage that are unacceptable in medical devices, aerospace components, optical parts, semiconductor fixtures, and precision tooling. Traditional solvents, media blasting, or manual polishing methods often leave chemical residue or require extensive rework that compromises tight tolerances and surface integrity.