Blind holes are machined openings that do not pass through the entire workpiece. They are drilled, milled or reamed to a specific depth but without breaking through to the other…
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Medical deburring with Nitrofreeze® cryogenic technology safely and cleanly removes burrs from the plastic and rubber parts used with today’s medical devices and equipment.
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Nitrofreeze® has joined the fight against COVID-19 by cryogenically deburring the rotary valve seats used in ventilators.
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Cryogenic deburring for nylon parts removes burrs that are left behind by machining operations such as turning, drilling, and milling. Learn more about nylon deburring from Nitrofreeze.
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Cryogenic deburring services for machined PET and Ertalyte® PET-P removes burrs from parts like screw caps and bearing retainer assemblies.
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Cryogenic deburring services for machined Delrin® parts remove burrs from components like gears, piston bodies, bobbins, and bushings.
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The cryogenic deburring process uses very low temperatures and polycarbonate media to remove burrs from machined parts. This proven deburring method is especially effective at removing machined burrs from blind…
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Cryogenic deburring and cryogenic deflashing are versatile processes that improve the surface quality of plastic or rubber parts that have been machined or molded. This article explains how Nitrofreeze optimizes…
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Dry ice deflashing and deburring use dry ice particles accelerated by compressed air to remove flash and burrs from plastic and metal parts.
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The polymer polyetheretherketone, more commonly known as PEEK, is becoming increasingly popular within the medical device industry and, in particular, the implantable arena.
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