“Students can actually test their rocket designs modeled in the Dimension 3D Printer the way an engineer would, which gets them excited about the process even the icky math part.”

“Before 3D printing, the surgeon had to shape the bone cement implant by hand. The aesthetic results were poor, the operation lasted longer and the outcome was less sure. With 3D printing, the outcome is much better because the implant is tailored to an individual’s CT scan.”

"The Neo800 is now our go-to machine for large parts using the Somos Evolve resin. We develop many wind tunnel models, larger fixtures, prototype models for consumer products, and big automotive panels for clients. It works extremely well for these applications, and it is a great overall machine for throughput …

“Customizing low volume production parts using FDM 3D printing has been transformational for our customer service offering, as well as our supply chain. Not only are we taking orders on-demand, 3D printing has also given us the flexibility to meet customer requirements faster with no obsolete parts created in the …

“FDM models play a critical role in our design process by allowing customers to evaluate a 3-Dimensional model to take the guesswork out of the design process.”

“Selective material deposition offers opportunities to design and fabricate objects with heterogeneous properties potentially exhibiting superior functional performance characteristics compared to objects comprised of homogeneous material distributions.”

“GrabCAD Voxel Print has the potential to transform traditional product development. We are creating new design syntheses and automation paradigms to answer different questions and exploit this game-changing technology.”

“In the context of the end-to-end manufacturing workflow, the level of time-saving with 3D printing isn’t merely improvement or progression, it’s transformational.”

“Thanks to 3D printing technology, we can make a prototype with more creativity. We can take more risks and be more adventurous without being fearful of getting things wrong.”

“We shrank the overall design and manufacturing cycle time from 16 to 20 weeks with traditional manufacturing, to three to five weeks with Stratasys 3D printing.”

“For us, the most important thing is minimizing turnaround time. It is critical to our business success and 3D printing has proved its capability on this front.”

“Stratasys additive technology enabled us to quickly produce a fully-functional self-balancing scooter of a design that was previously too complex to be created through any other traditional method.”

“When evaluating our surgery process we learned 3D printing could enable us to produce surgical planning models and potentially reduce patient theater time.”

“With 3D printed models, we can quickly understand the cause of the issue and determine the best type of treatment.”

"The impact on our patients is significant, and due to the reduced time under anesthesia, the risks of associated complications is substantially decreased.”