Highly Productive Laser Welding of Battery Trays, Fuel Cells, Hair Pins, Cap-Can and Battery Contacts

Welding speeds are often the limit for the productivity of a laser welding station. Laser welding battery trays, particularly 6XXX alloys that require filler wire to prevent hot cracking, the welding speed can be increased by adding an oscillating function and using smaller spots with tactile welding optics. For other battery applications without additional wire, such as fuel cells, chillers, busbars, and hairpins, Scansonic has developed a new, very compact scanner device “Fast Component Welding Head”. This pre-focused, very precise scanner head with a fast Z-shifter enables oscillation or “jumps” at a frequency of up to 1 kHz. It is now possible to add and arrange multiple heads (and lasers) to suit the application within one laser station. This presentation explains the technology and shows application case studies.

Jason Woolley, Managing Director, Scansonic
Presented at: CanWeld Conference 2024

Presentations

A Novel metric for Quantifying fluidity in welding wires

Methodology to improve fluidity of welding wires

Advancements in Weld-Brazing Technology for Joining Lightweight Alloys in the Automotive Industry

Innovative Weld-Brazing Techniques for Enhanced Joint Performance in Lightweight Automotive Alloys.

An Introduction to Nuclear Power Construction Codes and Standards

The audience will receive an overview of nuclear power generation technologies, nuclear construction Codes and standards, and a few case studies related to entering the industry.

Code Updates

The audience will be shown recent changes to both CSA W59:24 and ASME BPV IX:23 affecting datasheets and welding procedures.