The customers that worked with MN Coil?s team during the development process were supplied with an initial preproduction quantity of future side panels made of standard steel grades. This in turn will have a significant impact on the rest formability in the edge area, which has already been proven for aluminum. The results also indicate that the process reduces the tendency of the high-strength grades to be susceptible to edge cracking. Like in aluminum, the steel blanks also benefit from a chip and scratch-free surface and an almost burr-free cutting edge. As a result, the company will soon be able to provide its customers with steel precision blanks made from these important advanced materials with unprecedented cut quality. The innovative milling process has also successfully been tested on high-strength and ultra-high-strength cold-formed steel grades.
Mn coil servicecenter gmbh series#
?Driven by our many years of experience and the courage and innovative spirit of our team, our hard work was rewarded with promising results after several series of tests.?
?Initiated as a result of a single customer?s requirements, we ventured down a new path and were successful,? reports Managing Director Max Brandt. Eliminating the need for costly investments in stamping tools will be particularly beneficial to manufacturers of vehicles with annual production volumes of less than 100,000 units. With this innovation, MN Coil Servicecenter is striving to achieve new standards of quality, greater product safety, and cost and time savings as result of less scrap for steel as well. Now the company has developed a process for milling steel precision blanks. (PresseBox) - Back in 2012, MN Coil Servicecenter GmbH invented and patented a high-speed cutting process for aluminum blanks.
0 kommentar(er)
