Innovation
Einsparungen von bis zu 38 % mit der Reduced Gap Technology (RGT)
19. April 2016
Der Öffnungswinkel hat direkten Einfluss auf die Effizienz und Produktivität beim Schweißen schwerer Metallstrukturen. Reduced Gap Technology (RGT), die neue Lösung von Kemppi, ändert die Sichtweise auf das Schweißen von engen Fugen. Die neue Technologie stellt die herkömmliche Nahtvorbereitung infrage.
Petteri Jernström
Petteri Jernström
Petteri Jernström
Vice President, Technology at Kemppi Oy until February 2020. A technology innovator with extensive experience across a variety of sectors and roles in the welding industry. Curious about discovering, learning, and inventing new ways of doing things. Petteri holds a Doctor of Science degree in Welding Technology from the Lappeenranta University of Technology, Finland.
Weitere Blog-Beiträge
Wise pipe welding at IIW 2015
Once a year, all welding professionals in the world gather together to share their expertise and insights on the welding industry. The 68th IIW Annual Assembly and International Conference is currently in motion in Helsinki, Finland.
Manuelles Schweißen
The significance of usability in industrial welding
We asked two professional welders – Meyer’s Jukka Hahko and Dinolift’s Pasi Laakso – what good usability means in industrial welding.
Innovation
Future welding - as seen by the welders
In the world of welding, innovation is guided by the needs of both the industries using welding systems, and the individual welders who work with them from day to day. To draw a picture of the future of welding, we asked two welders to give us their insights on the road ahead.
Menschen
Wie Kemppi seinen Partnern zum Erfolg beim Cobot-Schweißen verhilft
In diesem Artikel sprechen wir mit zwei Branchenexperten über die sich entwickelnde Landschaft des Cobot-Schweißens: Alessio Cocchi, Global Cobot Sales & Marketing Manager bei ABB, und Jakub Bancer, Key Account Manager bei FANUC.
Automatisierung beim Schweißen, Menschen
Lifecycle assessment in welding: A data-driven path to sustainability
Lifecycle assessment (LCA) is a systematic method for evaluating a product’s environmental impact throughout its lifespan—from raw material extraction and manufacturing to usage and end-of-life disposal.
Manuelles Schweißen
