Centrifugal Isotropic Finishing for Firearm Manufacturers

Centrifugal Isotropic Finishing for Firearm Manufacturers

Since the discovery of gunpowder, people have been designing and building all makes and models of firearms. What started out as a simple means of igniting the powder to propel the projectile through the barrel has evolved into a set of high precision set of manufactured firearm components. The improved fit and finish has allowed for the increased reliability and performance of today’s precision firearm components and overall finished product. Continue reading Centrifugal Isotropic Finishing for Firearm Manufacturers

Centrifugal Isotropic Finishing Operations on Precision Parts [video]

Centrifugal Isotropic Finishing Operations on Precision Parts [video]

High-speed automated isotropic finishing and polishing for improved performance of precision parts Continue reading Centrifugal Isotropic Finishing Operations on Precision Parts [video]

Super-Finishing High Performance Automotive Components [Connecting Rods] with Centrifugal Isotropic Finishing

Super-Finishing High Performance Automotive Components [Connecting Rods] with Centrifugal Isotropic Finishing

In a matter of minutes this deburr tool can clean up metal, acrylic or rubber parts are finished in what could take hours or even days by hand. The finish achieved by these machines is isotropic, meaning parts are polished uniformly and evenly, something that cannot be achieved by hand. Variable speed control allow these tumbling machines to achieve whatever finish the operator desires, from a simple polish at low speed, to full scale deburring and edge radiusing. Continue reading Super-Finishing High Performance Automotive Components [Connecting Rods] with Centrifugal Isotropic Finishing

Change of Surface Stresses (tensile vs. compressive) with Centrifugal Isotropic Finishing

Change of Surface Stresses (tensile vs. compressive) with Centrifugal Isotropic Finishing

Metal fatigue is the most common cause of fracture in metal components. It is usually caused by numerous repeated applications of low stress—stress much lower than that needed for fracture in a single application. The higher the stress, however, the fewer applications are needed to cause failure.    It follows that fatigue failure will be most cannon in components that are highly stressed and subject to repeated applications of stress in their functioning. A fatigue crack usually starts because the tensile component of stress at the surface of the material is too high. It is thus beneficial to impart compressive stress of components to oppose any tensile stress to which the component may be subjected in service. Continue reading Change of Surface Stresses (tensile vs. compressive) with Centrifugal Isotropic Finishing

SME CONNECTIONS.  SME Member Introduction: Share Your Story (Sample)

SME CONNECTIONS. SME Member Introduction: Share Your Story (Sample)

SME Member: Share Your Story (Sample)

NOTE: Similar introductory summaries of SME members from across the country can be seen on the SME member forum at: http://connect.sme.org/home

YOUR INFORMATION: (to submit your story go to: http://www.sme.org/member-story/ Continue reading SME CONNECTIONS. SME Member Introduction: Share Your Story (Sample)

Mass Finishing Applications

Mass Finishing Applications

The applications list shown below was compiled by a major OEM (Original Equipment Manufacturer) of finishing equipment. As you can see by examining some of the commercial applications listed, a lot more goes on in mass finishing than just simple deburring. These applications say as much about the ingenuity of the people who developed them as it does about the versatility of the various processes involved.
WATCH THIS SHORT YOUTUBE VIDEO FIRST: http://www.youtube.com/watch?v=WhFC9hTCdRA Continue reading Mass Finishing Applications

“Topical Case History – Converting from Standard Machined Surfaces to More Functional Plateaued Surfaces”.

“Topical Case History – Converting from Standard Machined Surfaces to More Functional Plateaued Surfaces”.

Technical Post : “Topical Case History – Converting from Standard Machined Surfaces to More Functional Plateaued Surfaces”. Contributed by: Jack … Continue reading “Topical Case History – Converting from Standard Machined Surfaces to More Functional Plateaued Surfaces”.