acc/welding
This isn’t your typical welding story.
The story of the Industrial Kintsugi workshops began decades ago, on a WWII assembly line were an Assembly Line Foreman and Rosie the Riveter helped build P-47 Thunderbolts. After the war, this young couple bought a nearby farm, the Foreman joined a local business called Industrial Contractors, set up a welding shop and carpentry shop in the farm; and Rosie and family started raising children. Years later, one of the grandchildren would wind up working at the Enrico Fermi Institute High Bay, location of the famed UChicago Metallurgy Lab and machine shop, and then later worked at MITRE, one of the other federal laboratories, responsible for managing the Federal AI sandbox.
Taking that knowledge, Industrial Kintsugi has invested in a TIG welding system that’s suitable for stainless steel, corten steel, aluminum, and titanium welding. And with the help of our every helpful Weldbot AI, is speed-running a welding curriculum, with the goal of adding biomedical and aerospace welding to the business’s skill set and offerings.
This is the business’s project portfolio and welding log. Stay tuned, as we’re about to start working with aluminum, corten steel, and then titanium!
Dice w/wo WeldBot AI Assistant
Welding Entry: Day 2 - 3
Hours: 4 hrs
Total: 4 hrs
Materials: Milled Steel
Thickness: 1/16”
Notes: Before WeldBot: bad burn through, no weld seam. After WeldBot: no burn through; filler depositing to weld line (albeit inartfully).
My First Stacked Dimes
Welding Entry: Day 4
Hours: 4 hrs
Total: 8 hrs
Materials: Milled Steel
Thickness: 1/16”
Notes: Utilized gimbal armature for steadiness and semi-automated welding. Proper weld pool formed; managed to achieve first “stacked dimes” weld line.
Trefoil Knot
Welding Entry: Day 5-6
Hours: 8 hrs
Total: 16 hrs
Materials: Carbon Steel
Thickness: 1mm
Notes: Tungsten grinding, corner clamping, argon tank refueling, fusion welding, corner welding, grinding, 1mm thin metal, TIG pulse settings, duty cycle, and more.