Cold Jet dry ice blasting machines clean production residues from systems and components in the medical industry efficiently and without leaving any residue, and effectively remove burrs.
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We offer the world's most technologically advanced systems for dry ice cleaning, surface preparation, part finishing, and dry ice production. To fulfill our mission of creating value and protecting the environment, our systems use or produce media that are neutral, non-conductive, non-corrosive, and generate no hazardous waste streams.
Medical equipment manufacturers of high tolerance medical parts require the highest standards of quality, product consistency, and safety. Effectively cleaning microcavities on precision medical molds is critical to consistently producing high quality medical parts. Similarly, removing parting line flash (deflashing) or material burrs (deburring) from final products is critical for quality, patient safety, regulatory compliance, and device longevity.
Dry ice blasting for medical mold cleaning and medical deburring is non-abrasive and will not damage molds, tooling, or components. The medical parts cleaning process does not produce secondary waste, and provides a more effective and consistent clean.
Non-abrasive cleaning process
Faster and more effective cleang
Maintain product consistency and quality
No secondary waste
No residues or additional contaminants
Dry ice blast cleaning for medical manufacturing helps meet industry standards. The process is an effective cleaning solution for durable medical goods, disposable medical goods, and implantable medical goods.
Class I Devices
Class II Devices
Class III Devices
ISO 8 – Class 100,000 Clean rooms
ISO 7 – Class 10,000 Clean rooms
Dry ice blasting enables plastic and rubber molds to be consistently and reliably cleaned. This ensures medical parts and components remain within specified tolerances.
Dry ice blasting machines can deburr and deflash small complex parts, such as: implants, stents, surgical tools and instruments, micro-tools, catheter tips, manifolds, Delrin gears, and cannulas. The medical deburring process is also effective on larger parts that cannot fit in traditional deburring machines. The process is effective on a variety of materials, including:
PBT (Polybutylene Terephthalate)
Acetal
Nylon
LCP (Liquid Crystal Polymer)
ABS (Acrylonitrile Butadiene Styrene)
PP (Polypropylene)
PEEK (Polyether Ether Ketone)
Titanium
Stainless Steel
Nitinol
Additive Manufactured Components / 3D Printed Parts
