Deburring with MicroBlasting MicroBlasting delivers pinpoint accuracy that allows you to attack a burr at its root without causing dimensional changes to the part. Whether you need to deburr PEEK spinal implants or cross-drilled holes in aerospace components, Comco’s MicroBlasting equipment provides an efficient solution.

When a manual MicroBlasting system cannot provide the output or meet your tolerance requirements; Comco’s automated systems deliver all the benefits of a manual system with greater precision and efficiency. Both the Advanced Lathe and the JetCenter are designed for the steady processing of precision parts.

See what precision MicroBlasting can do for you. Send us a part and we’ll MicroBlast it, analyze it, and return it to you with a detailed report. Schedule a demo

Precision Deburring with Micro-Abrasive Blasting The Innovative Solution for DeburringSmall Parts As today’s manufacturing processes enable the fabrication of smaller and more intricate parts, it also presents new challenges. Traditional deburring methods, using hand tools to carefully remove burrs, are

Our MicroBlasting technologies and engineering expertise have helped our clients solve an array of challenges in the aerospace field from precision deburring of fuel splines, and gears, to etching precision grooves into the surface of a seal to create an air bearing in a hydrodynamic seal and turbine regeneration.

Our MicroBlasting technologies and engineering expertise have helped our clients solve an array of challenges in the aerospace field from precision deburring of fuel splines, and gears, to etching precision grooves into the surface of a seal to create an air bearing in a hydrodynamic seal and turbine regeneration.

Whether it’s deburring screws, needles or implants, removing dross from laser cut stents or machining groves in hydrodynamic seals, MicroBlasting technology has a wide range of uses.

2017年4月18日 · Micro-precision sandblasting, or ‘MicroBlasting’ for short, provides a safe, consistent and precise method for burr removal on small, delicate parts with intricate geometries. Why? In simplest terms, micro-precision sandblasters work on a micro-scale, sending tiny abrasive particles through tiny nozzles at high velocities.

Whether it’s deburring bone screws, needle or implant, removing dross from laser cut stents or imparting an aesthetic surface finish on pacemaker cans, MicroBlasting technology has a wide range of uses in the medical device industry.

Unlike traditional sandblasting, MicroBlasting uses high velocity, micron-sized abrasives that can target and remove microns of material. The result is a reliable and repeatable method for deburring, texturing, cleaning, stripping, etching or milling part surfaces.