\nBurrs are considered to be an annoy-ing accessory when punching, preci-sion cutting and machining. In practice, there are various processes to remove them, but which is the right one for you? \u2013 electro-mechanical deburring, high-pressure water-jet deburring, me-chanical deburring with deburring mil-lers, drag finishing, thermal deburring, barrel finishing and brush deburring. Ren\u00e9 Gerber AG is quite clearly in fa-vour of the latter and finds brush de-burring a truly exciting process. Thus the company aims to advance the de-velopment of this technology in order to constantly offer an even better solu-tion to its customers.<\/p>\n
Solution :<\/strong> Brush deburring of milled, turned, sintered and punched parts with the BS Power\u00a0<\/strong>The high performance BS Power transfer brush deburring system has one of two planetary brush heads and can simultaneously deburr and polish workpieces reliably and uniformly up to a diameter of 400 mm or also on both sides up to 180 mm. Neither heavy burrs nor the smallest contours consti-tute a barrier. The planetary brush heads were developed by Gerber and each have three large disc brushes with a diameter of 260 mm, forming a rotational circle of 570 mm. The ma-chine is universally applicable. Higher parts such as rotors, planetary gears and housings etc. can be reliably deburreds with this technology The BS Power is designed for high perfor-mance, so that hea Its smaller sister, the BS Eco fills the gap as an efficient and cost-effective solution for smaller quantities with a diameter of up to 250 mm. The system is compact and reliable and optimally combines three work steps, selective deburring, edge rounding and surface polishing in one process.<\/p>\n
\nThe Gerber brushing, polishing and deburring machines are used when it is necessary to deburr workpieces with indentations or pockets with high preci-sion and to round them off in a defined narrow tolerance range. At the same time, the surface roughness is quite significantly improved by the process. This technology is incorporated in a large number of precision components where absolute absence of burrs and an undamaged surface are a must. In this process, a brush, which is coated with an abrasive or which consists of bristles with incorporated abrasive grit, is allowed to slide over a sharp-edged workpiece. The result of this is an edge\u00a0ounding. Since no secondary burrs arise during honing \/ deburring with brushes, the rounding is absolute-ly reproducible through the setting pa-rameters.<\/p>\n![\"\"](\"https:\/\/mfgtechupdate.com\/wp-content\/uploads\/2021\/04\/An-all-round-success-2.jpg\")
<\/a>vily burrs resulting from punching, laser cutting, milling or turning are rapidly and reliably re-moved.<\/p>\n