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S. Crump
Co-Founder & Director, STRATASYS LTD

3D Printing the Future Today: Scott Crump

🎥 May 18, 2017 📺 Stratasys ⏱ 1m 👁 2927 views
Tim Bohling talks to Stratasys Founder Scott Crump about the future of additive manufacturing and the ways we are continuing to ...
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About S. Crump

At the November 2023 Stratasys LIVE Unveiling, Crump introduced the F3300, a new FDM system. He stated that in his "wildest dreams" he never thought FDM technology would become as productive as this system. The event also featured a customer, Dallas Martin from Toyota, who said the machine "knocked it out of the park" in addressing user feedback, citing improvements in speed, sensor technology, and larger spools. In earlier appearances, Crump discussed the continuous build 3D demonstrator, describing it as a cloud-based system capable of producing up to 5,000 parts per day without a tool, with scalability achieved by adding printer modules. He also spoke about the expansion of 3D printing into lower-price systems and new applications, including architectural models, military uses, and medical applications. Crump noted that augmented manufacturing—using 3D printing for jigs and fixtures—is a proven solution that is often overlooked by mainstream media, and he emphasized that the future of 3D printing is "infinite," limited only by imagination.

Source: AI-verified profile updated from S. Crump's recent appearances. Browse all interviews →

Transcript (2 segments)
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Interviewer0:03
Hello Scott and welcome. As one of the founding fathers of the 3D printing industry, you've certainly seen tremendous innovation and transformation. Stratasys has recently introduced the continuous build 3D demonstrator. What manufacturing challenges do you see this demonstrator overcoming?
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S. Crump0:24
Well, the continuous build allows you to do individual part production without having to have the tool. So you can do mass customization, or you could do the exact same part up to numbers like 5,000 parts a day without a tool. And it's all cloud-based, so you can print from anywhere to anywhere around the world. It's highly reliable, repeatable, and resilient in the form of redundancy of multiple printer modules. So the queue only is going and directed toward the printer modules that are active. The scalability is very valuable and available here. As the production demand increases, the capacity is increased by simply adding printer modules. It's a linear expansion of that capacity.