Working together on future mobility: Electric Refuelling
Accelerating the energy transition in the automotive industry
 

Charging an electrical car as fast and conveniently as refuelling a petrol car, known as Electric Refuelling, is what drives the Dutch student team InMotion.
The team from the Eindhoven University of Technology aims to create the world’s fastest charging battery packs, to make electric driving the standard.

Are you ready to discover the most effective technologies for Electrical Contacting? Join us together with AMADA Landshut at the Micro Joining Technology Seminar. 

This hand-held and machine-mountable tool has been developed specifically for the welding of conductive thin-sheet metal. Ideal for the assembly of battery modules and packs, the torch provides consistent welding performance in an easy-to-use format. 

One of the world's largest medical device companies recently implemented a welding solution that affords this combination of high functionality, versatility, and simplicity. Each welding station, consisting of a power supply, weld head, and weld monitor, functions as a fully-integrated unit. The production management system reads a bar code and interrogates a database to select the weld profile, which is sent to the welding station via an Ethernet connection. The welding station then displays the weld profile data to the user with information about the application, parts, and tooling, ensuring production integrity.

Ever wondered how electric vehicles (EVs) come together? Well, there's an interesting world of joining and welding processes behind the scenes. Let’s stroll through the basics of EV manufacturing, focusing on the pack level.

Used primarily for connecting displays to printed circuit boards (PCBs), anisotropic conductive film (ACF) bonding results in a smaller, lighter end product, by eliminating the need for connectors. ACF Bonding reduces or eliminates bridging issues, one of the most common failures of soldering.