Critical Cleaning

Cleaning in a controlled environment is not the same as cleaning. The goal is not a surface that looks clean, but removing residue without leaving fibre, lint or traces of the cleaning material itself.

Which is why a wipe is chosen for how it is built, not for how much it absorbs. The edge is decisive: a conventional cut leaves loose threads that shed on every pass, while a laser-sealed edge closes the weave and greatly reduces particle generation.

The material sets chemical compatibility. Continuous-filament polyester tolerates solvents that would degrade cellulose, and that difference decides whether the wipe cleans or leaves its own residue on the part.

For geometries a wipe cannot reach — connectors, slots, tooling corners — the job goes to the swab, with a foam or polyester head depending on the residue and the solvent in use.

What it takes

• Laser-sealed edges, so cleaning does not deposit fibre
• Solvent compatibility driven by the wipe material
• Sorption capacity and particle counts measured, not estimated
• Swabs for the geometries a wipe cannot reach