“It used to take three weeks to receive our 3D printed SLA models. Now it takes just 48 hours with PolyJet technology, meaning it is 10 times quicker for us to create surgical guides. This has been a game changer for our customer service, enabling us to provide our patients …

“You always want it to be as light as possible, but you also want it to be strong enough that it’s got your safety factors, that nobody’s going to get hurt.”

“The Warsaw Medtronic site has utilized FDM printers to help many projects achieve faster speed-to-scale reaction times by reducing the process development times and cutting costs.”

“Technicians would have to take an impression of a patient’s teeth, create an analog model using the impression, then quickly make an acrylic dental appliance.”

“You can see it in their eyes. They don’t put their hand over their mouth any longer. This is a way that some people go get a job. It’s the first time they’ve had the confidence to feel that they could go out and present themselves in a way that …

"In the past, it has been difficult to make molds for such shapes using injection molding. Now, we can successfully develop with Origin One and without any support material, I was able to print it."

“Our customers are under intense pressure to accelerate development cycles and compress lead times while maintaining exceptionally high standards. We give them best-in-class additive manufacturing to stay competitive.”

“So then you look at battery trains and say, ‘where do they fit in?’ Over recent years, battery technology has meant that they’re viable, and charging technology now means they’re a practical option for shorter branch lines."

"Some of the pieces [at the Department of Ceramics and Ceramics at Kookmin University] had other materials stuck to them, or multiple pieces of ceramics stuck together, or deformed shapes due to warping and dents, and I thought that I could use digital technology to artistically reinterpret these pieces from …

"We wanted to make sure we had a partner with multiple technologies, capable of supporting us in the future as well, and helping us achieve our goal of creating an economically sustainable product."

"With P3 DLP technology on Origin, it is now possible to achieve a level of mechanical and finish quality comparable to injection molding."

"Every day we discover new Origin® One applications and materials, allowing us to remain at the forefront of design and development and we are doing today, which we thought was impossible yesterday."

“Equally important, this means I don’t need to employ skilled technicians to operate different printers, changing materials between runs. Our workflow is simpler, we load one tray and walk away.”

"We just couldn’t do what we do now with traditional manufacturing methods. 3D printing really opened up new opportunities to create better outcomes for patients."

“We have been 3D printing since the beginning, but through the years had taken on other methods like CNC machining and vacuum thermoforming to supplement jobs that couldn’t be covered by 3D printing alone."