SORPAS® 3D is now officially launched after several years heavy research and developments. It is possible to simulate all complex and challenging applications of resistance welding. The design of SORPAS® 3D has continued on the same concept of SORPAS® 2D with easy-to-use graphic user interface (GUI) and .Intelligent Weld Planning. Weld Planning Report One of the most exciting new functions released with the new version SORPAS® 10 is the Intelligent Weld Planning for predicting the Optimal Weld Schedule (weld current, force, weld and hold time). According to the user-defined Weld Task Description (WTD) with .Download: Brochure of SORPAS® · Demo CD of SORPAS® 2D. "We have been using SORPAS® since 2001 and have made many innovative developments in resistance welding. We are now further extending the applications of simulation to process optimization for supporting production planning." - Mr. Matthias Graul.mimetypeMETA-INF/container.xml1.0 urn:oasis:names:tc:opendocument:xmlns:container OEBPS/content.opf application/oebps-package+xml OEBPS/content.opfOEBPS/Images/autor.mimetypeMETA-INF/container.xml1.0 urn:oasis:names:tc:opendocument:xmlns:container OEBPS/content.opf application/oebps-package+xml OEBPS/content.opfOEBPS/Images/autor.Industries. Since first commercialized in 1999, SORPAS® has been continuously developed and improved for industrial applications. It is now widely used by leading manufacturing companies in various industrial sectors all over the world, to support research and development, weldability evaluation, welding process .Resistance Welding Processes. Resistance welding is a welding technology widely used in manufacturing industry for joining metal sheets and components. The weld is made by conducting a strong current through the metal combination to heat up and finally melt the metals at localized point(s) predetermined by the .
You may look:
Лекари
Болници
Лекарства
Симптомен навигатор
