With so much attention given to improving machining processes, machinists, programmers and engineers at times forget about simple, but necessary, processes like deburring.

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Deburring lab seeks to smooth rough edges faster

02/07/2018

Author:

Alan Richter

Matrix Design LLC created the Matrix Deburring Applications Laboratory to more effectively design automated deburring systems while streamlining the testing process. For example, having touch detection at the lab enables the speeds and feeds of a deburring brush to be automatically adjusted for optimal performance.

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Automated deburring lab at Matrix Design

For our February issue’s Industry Briefs department, I’m writing an article about the Deburring Application Laboratory at Matrix Design LLC. The company designs, builds and installs robotic automation systems for deburring parts, as well as machine tending and material handling.

Flexible, accurate edge inspection

12/14/2017

Author:

Michael C. Anderson

When choosing an edge inspection and burr detection system, users generally try to balance accuracy and speed. The EdgeInspect system from Novacam Technologies Inc., however, acquires and analyzes edge properties and detects burrs with micrometer precision and at speeds previously unimaginable.

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Engine plant reduces power, water consumption by about 30%

At the BWM Group's engine plant in Steyr (Austria), in a reference project accompanied by the Technical University of Vienna, Ecoclean Monschau has significantly raised the energy efficiency of a flexible EcoCFlex Classic robot cell that had been in service for several years. The system's electric power and water consumption were each cut by around 30 percent. These energy efficiency measures are now intended to be implemented on another 95 systems of the same type installed at various sites throughout Europe and Asia.

Explosive deburring ideal for complex parts

08/07/2017

Author:

Alan Richter

Machining manifolds generates numerous burrs, and removing them is no simple task. Basin Precision Machining attempted a variety of deburring methods, including waterjet, kinetic energy and the thermal energy method (TEM).

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Deburring, rounding and polishing – more than a necessary evil

For today’s manufacturers of precision components, there’s no getting around deburring, rounding and polishing. These production steps are often seen as a necessary evil due to the high costs associated with them in some cases. Use of the right technology permits reliable processing at reduced costs.