A cost-effective deflashing process that utilizes tumbling and cold temperatures to remove residual flash from the exterior of parts. This process, unlike our cryogenic blast deflashing process, does not introduce media into the system.

Protect Parts Integrity

Cryogenic Tumble Deflashing generally does not affect the surface finish or geometry of the part. This deflashing method provides a clean, cost-effective, safe and alternative method to traditional hand, vibratory or tumbling methods.
Parts are placed in a large tumbling system, cooled and then tumbled against one another to remove external flash from your parts. The mold flash is frozen and removed quickly and cleanly by the passing of other parts. Little to no dust or residue remains. Only offensive flash is removed. Edges are maintained without rounding or other material removal.

Use On Many Materials

Cryogenic Tumble Deflahing works on ABS, Acetyl, Delrin, LCP, Neoprene, Nylon, PEEK, Polycarbonate, Polypropylene, PTFE, Silicone, Rubber, Teflon and Urethane.
This process generates repeatable and reliable results. Many medical devices and other high value precision components are included in NitroFreeze’s vast array of successful tumble deburring applications.

Economical & High Quality

Cryogenic Tumble Deflashing is far more cost-effective than hand deflashing by a significant margin – and it yields superior quality. Our tumbling process produces consistent part-to-part results, unlike variations produced by individual operators attempting to hand deflash.
The cost to deflash parts can range from less than .01 cent to several dollars per piece. A general rule of thumb: the cost is between 10% and 20% of the value of the part, although each part must be considered on its individual characteristics.

Fast Service

The standard turnaround time for delivery of Cryogenic Tumble Deflashing is two days after receipt. NitroFreeze offers same day and one-day service for a small premium.

No Job Too Large Or Small

Nitrofreeze supports prototype shops that are working with small quantities as well as high volume production quantities.