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That custom micro TIG setup is really nice. That articulated arm is really neat, but that scope head must be very light. I'd like to know the brand as it looks
by MisterTea 4y ago
That custom micro TIG setup is really nice. That articulated arm is really neat, but that scope head must be very light. I'd like to know the brand as it looks plenty solid.
Pulsed welding is super useful for filling and repair operations on thin sheet where you can "shoot" a tiny blob of filler wire into the joint/hole/gap and fill it in. Or perform small butt-seam welds without filler. I've worked with fiber and yag lasers and the welds are really clean and solid. You can even weld larger parts together with decent strength or tack fo larger welding operations. Even some of the electron beam welders there had a pulse welding mode.
"Won't fit in a laser cabinet" - You just need a better laser setup instead of a fixed optics machine. Buy a fiber laser, like an IPG QCW 450/4500 get a small D30 head, 125mm lens, coax nozzle with a camera tube (don't buy the camera from them as they just resell a Sentech for double the $) and build another station like your TIG setup but mount the laser head instead. You'll have one hell of a fiber welder. You might even be able to move work over from your TIG setup. They might offer a binocular setup for the head or have one fabricated if you don't want the camera/monitor setup.
- gertrunde 4y agoThe article refers to it as a "Lampert PUK04" - a search turned up this link: https://www.lampertusa.com/products/puk04-with-microscope-sm04-and-argon-gas-regulator https://www.lampertusa.com/products/puk04-with-microscope-sm... I suspect that it has since been superseded by the current PUK6 model (and previously the PUK 5, judging by search results)
- MisterTea 4y agoYeah the Tig will certainly be less costly vs the laser setup which will run about 20-30K.