As we frequently point out, there are two interrelated macro developments driving ahead the adoption of additive manufacturing (AM) globally: provide chain insurance coverage and sustainability. Not solely does 3D printing allow the native manufacturing of elements which may be troublesome to get by means of disrupted provide chains, however it may possibly optimize them to be extra vitality environment friendly. For that reason, applications are unfolding globally that search to make the most of AM for these advantages.
Amongst them is the 3D Printing in Auto Collision Job Pressure, led by Harold Sears, who led Ford Motor 3D Printing Options for over 20 years. The newest firm to affix the duty drive is Würth Additive Group, whose CEO, AJ Strandquist, has turn into a member, as introduced on the Worldwide Bodyshop Business Symposium (IBIS) International Summit 2023 in Milan, Italy. Würth joins a prestigious assortment of corporations that embody Toyota, HP, BASF Ahead AM, and 3M.

Würth Additive CEO AJ Strandquist alongside Harold Sears, Jason Moseley, of IBIS International, and Mario Dimovski, of Boyd Group. Picture courtesy of Auto Collision Job Pressure.
By turning into part of the group, Würth Additive goals to help its mission to drive adoption of AM into the automotive restore trade. The corporate has constructed up its 3D printing portfolio with a singular set of kit, together with low-cost steel laser powder mattress fusion methods from Kurtz Ersa, in addition to extremely automated vat photopolymerization machines from Speedy Form, freeform injection molding from Arburg, and steel and carbon fiber 3D printers from Markforged. All of those match into Würth’s bigger stock options, together with its digital stock administration program, DIS3DP.

An optimized steel half made with a Kurtz Ersa machine. Picture courtesy of Kurtz Ersa.
With the duty drive, Würth Additive hopes to help in collision restore with the adoption of 3D printed elements. Utilizing DIS3DP, it’s potential to 3D print advanced elements on demand, with out counting on elaborate provide chains and bodily stock. In flip, it’s potential to cut back waste and enhance the sustainability of auto restore.
“I’m honored to be included within the groundbreaking initiatives of this activity drive and for the longer term collaboration of this thought management,” mentioned Strandquist. “I admire the Würth group for supporting the imaginative and prescient of digital infrastructure, and Würth Additive’s unwavering dedication to those efforts. I stay up for working with my new colleagues on the duty drive to take the following steps in implementing additive manufacturing finest practices, integrating digital stock administration options, and serving to to form the transformation of the automotive restore trade by means of the improvements of 3D printing.”
The Auto Collision Job Pressure and applications prefer it (of which there aren’t many) have immense potential going ahead. As a result of we’ve reached peak useful resource provide all through a lot of human society, restore work will probably be more and more necessary to make sure the longevity of products—the upper worth, the higher. Furthermore, given useful resource shortage, recycling represents a crucially undeveloped space. As a know-how that makes use of solely the fabric that’s wanted and as wanted, 3D printing is the important thing manufacturing methodology for recycled feedstock. Through the use of AM, not solely is it potential to increase the lives of our items, however we might accomplish that with discarded supplies.
Lastly, the manufacturing of latest autos will probably be more durable to justify as the truth of useful resource shortage filters into markets and client society. Even more durable to justify will probably be the usage of fossil fuel-powered, private automobiles. As an alternative, it will likely be extra lifelike to take care of and retrofit present autos with different gasoline drivetrains, together with battery- and hydrogen-powered motors. AM is most geared up for such a activity, not solely as a result of it may possibly optimize 3D printed elements for these new drivetrains, but in addition as a result of it isn’t restricted to a one-size-fits-all method however might be utilized to any kind of car that comes into the store.
As soon as the duty drive proves itself, which is inevitable, we’re certain to see such applications proliferate regionally and globally.
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