Got Copper? Weld it. Join it. Heat it.

Posted by Kristopher Hesson on Oct 3, 2018 3:30:53 PM

Batteries are making headlines everywhere recently. Mostly, it is because auto manufacturers from BMW to Tesla to Volkswagen are all introducing EV models as fast as they can build them. All those EVs require batteries. A lot of batteries.
All the new electric vehicles are powered by battery packs based on cells like the 18650, 2750 and others. Every pack requires welded copper tabs connecting one cell to another. Traditionally the welding and the joining of other metals to copper is done with ultrasonic welders, spot welders, or IR lasers. However, our solution is better than any of those typical solutions. Here's why...

Copper absorbs certain wavelengths of light better than others. While up to 90% of IR light can be reflected by copper, we've found that blue (455 nm) laser light is readily absorbed by copper. We developed the ClearCut laser for those battery manufacturers and materials processors specifically to take advantage of that absorption.

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Topics: 3D Printing, 455nm

TI DLP Chip Update - Made for Lasers! 

Posted by Power Technology Staff on Sep 16, 2015 10:33:56 AM

Texas Instruments continues to push the envelope.

Texas Instruments has refined their DLP technology product offering again. They continue to make their products a better match for newer, more efficient light sources like laser illumination. As a sign of TI's innovation and continual push for progress, many of their products are no longer even offer the option of using xenon  bulbs for illumination.

Most recently, TI has optimized their DLP7000UV and DLP9500UV DLP chips to work with LED and laser light sources between 363nm and 420nm. TI's goal is to get the right wavelengths of light to the right place in the most efficient way possible. Lasers provide the perfect solution.

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Topics: Lithography, 3D Printing

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