How does friction stir welding contribute to energy savings and CO2 reduction in manufacturing? @KUKARobotGroup
How does friction stir welding contribute to energy savings and CO2 reduction in manufacturing?  @KUKARobotGroup
Uploaded September 2025 | Updated September 2026, 2 weeks ago
Friction Stir Welding (FSW) is transforming how battery components and structural elements are manufactured in the e-mobility sector. From leak-tight welds to energy savings and scalable automation, this video explores why FSW is becoming the go-to solution for electric vehicle production across the globe. go.kuka.com/battery-housing-electric-car-fsw-yt
How does friction stir welding contribute to energy savings and CO2 reduction in manufacturing?KUKA iiQWorks: Create HMI Easy monitoring module with iiQKA.UI Creator and iiQWorks.AppBuilder3D metal printing with KR IONTEC and the KUKA turn-tilt tableKUKA iiQWorks: Convert KRL programs and project from KSS 8.7 to iiQKA.OS2 9.2 in iiQWorks.SimPalletizing 100 tons of larvae per day: Automated system lays foundation for future food productionMeeting Consumer Demands with Smarter ManufacturingAutomation for SMEs: the importance of supportJournée Innovation by KUKA | les AMRWebinar iiQKA.OS2Hygiène et sécurité accrue grâce à la robotisation dans lindustrie pharmaceutiqueKUKA iiQWorks: Configure and program iiQKA.StateControl in iiQWorks.SimMetal Joining and AMR Tech Day at KUKA Canada
KUKA - Robots & Automation |

How does friction stir welding contribute to energy savings and CO2 reduction in manufacturing?

SHARE TO X SHARE TO REDDIT SHARE TO FACEBOOK WALLPAPER