THE SOLUTION

For Complex Plastic Shapes

De-burring/De-flashing Plastic Component Parts

Over the past few years, we have continuously developed our machines in line with the constantly growing demands of the plastics industry in order to deburr technical functional components such as highly filled glass fibre reinforced plastics like PPS GF 40 or PPS LGF 50 as well as manufactured from carbon fibre-reinforced plastics CFR like PA6 CF 40.

Cryogenic deburring is particularly suitable for complex and delicate shapes, even in the case of undercuts! Quick-change article-specific feeds help to ensure that the components are completely and accurately deburred on both the inside and outside in one single deburring cycle. A number of well-known manufacturers from the automotive and electronics industries are now already successfully using this precise and innovative technology in situations in which the corresponding well-known and tried-and-tested deburring technologies reach their limits in terms of technology, cost and quality. The area of application of cryogenic deburring facilitates the individual and precise processing of single prototypes right through to the fully automated multi-shift processing of series production runs!

De-burring/De-flashing Plastic Component Parts

Over the past few years, we have continuously developed our machines in line with the constantly growing demands of the plastics industry in order to deburr technical functional components such as highly filled glass fibre reinforced plastics like PPS GF 40 or PPS LGF 50 as well as manufactured from carbon fibre-reinforced plastics CFR like PA6 CF 40.

Cryogenic deburring is particularly suitable for complex and delicate shapes, even in the case of undercuts! Quick-change article-specific feeds help to ensure that the components are completely and accurately deburred on both the inside and outside in one single deburring cycle. A number of well-known manufacturers from the automotive and electronics industries are now already successfully using this precise and innovative technology in situations in which the corresponding well-known and tried-and-tested deburring technologies reach their limits in terms of technology, cost and quality. The area of application of cryogenic deburring facilitates the individual and precise processing of single prototypes right through to the fully automated multi-shift processing of series production runs!

De-burring/De-flashing Plastic Component Parts

Over the past few years, we have continuously developed our machines in line with the constantly growing demands of the plastics industry in order to deburr technical functional components such as highly filled glass fibre reinforced plastics like PPS GF 40 or PPS LGF 50 as well as manufactured from carbon fibre-reinforced plastics CFR like PA6 CF 40.

Cryogenic deburring is particularly suitable for complex and delicate shapes, even in the case of undercuts! Quick-change article-specific feeds help to ensure that the components are completely and accurately deburred on both the inside and outside in one single deburring cycle. A number of well-known manufacturers from the automotive and electronics industries are now already successfully using this precise and innovative technology in situations in which the corresponding well-known and tried-and-tested deburring technologies reach their limits in terms of technology, cost and quality. The area of application of cryogenic deburring facilitates the individual and precise processing of single prototypes right through to the fully automated multi-shift processing of series production runs!