PEEK is a high-performance plastic that can be machined into tight-tolerance parts with excellent wear and abrasion resistance. Polyetheretherketone (PEEK) comes in medical and industrial grades, both of which support…
Read More
The Cryogenic Deburring Process Cryogenic Deburring is a process designed to remove machining burrs created during the machining process. Machining burrs can be found on CNC machined parts along surfaces…
Read More
The Cryogenic Deflashing Process Cryogenic Deflashing is a process designed to remove molding flash created during the molding process. Molding flash can be found on molded parts along the parting…
Read More
Batch Deflashing to Remove Mold Flashing We often hear from molders and OEMs that they have mold flashing after their injection molded plastic and rubber parts are manufactured. There are…
Read More
https://youtu.be/HqmA5RPJMow Are you sick and tired of paying for quality issues caused by hand deflashing? We hear it all the time. You have a section in your manufacturing operation with…
Read More
Cryogenic deflashing for plastic parts is an automated batch process that removes mold flash, excess material that affects surface quality and can cause problems with sealing and assembly. During cryogenic…
Read More
Nitrofreeze® wants you to know that we qualify as an “essential” business and remain open. Because of our work with medical devices, our Worcester-based company is part of the supply…
Read More
Nitrofreeze® is re-inventing dry ice blasting for facilities management by using the fastest, most efficient, and smartest dry ice blaster available.
Read More
Facilities managers across the Northeastern U.S. are using dry ice blasting for industrial applications. This case study describes dry ice cleaning for ceilings and floors at a manufacturing facility.
Read More
Cryogenic deflashing for PEEK plastic removes mold flash from parts made of polyetheretherketone (PEEK), an engineering thermoplastic that provides chemical resistance, mechanical strength, and dimensional stability.
Read More
