Composite layup tooling
Release agent and resin buildup removed between cycles without abrading tool surfaces or affecting tolerance.
Precision manufacturing cannot tolerate media that stays behind. Grit blasting changes dimensions and leaves inclusions; solvents leave film and a documentation burden. Dry ice leaves nothing at all — the media becomes gas at the point of impact.
Talk through your facilityNone — sublimates
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For tooling and molds, the practical benefit is dimensional integrity: repeated cleaning cycles do not erode a tool the way abrasive media does, which extends tool life and protects tolerance.
Release agent and resin buildup removed between cycles without abrading tool surfaces or affecting tolerance.
In-place, hot cleaning of injection and compression tooling, eliminating the cooldown-and-pull cycle.
Overspray removed from hangers, fixtures, grating, and booth walls without solvents.
Spatter and slag removed from fixtures, nozzles, and end effectors without dimensional change.
Mechanical rooms and support equipment cleaned dry, with no media to migrate into controlled spaces.
Charleston's aerospace cluster, the Upstate's automotive and precision suppliers, PTI's aviation corridor in the Triad, and the Triangle's medical-device and life-science manufacturers all run tooling programs where an abrasive-free, residue-free cleaning method is not a preference — it is the only method that passes review.
No. It is non-abrasive to the base material. Pressure is tuned and proven on a test area before production tooling is touched.
Yes — that is one of the largest schedule savings. There is no cooldown, no pull, and no reinstallation cycle.
Per-asset records of settings, duration, and before/after condition are provided as standard.