471 Stratasys Testimonials

“Having this on-demand production capability enables our engineers to take advantage of the greater design freedom enabled by 3D printing, which has empowered Marchesini Group to achieve higherquality results for our customers.”

"I no longer have to constrain my designs because of prototyping limitations. Now I can focus on designing better, more functional parts.”

“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 with an accurate surgical guide faster than ever before.”

"When using the H350, we have seen cost savings across the entire product development process of up to £22,000 against those of injection molding methods, as we are eliminating tooling costs completely."

"Stereolithography is a perfect solution for creating quality, transparent pieces. We can build any geometry the customer can think of, in a fraction of the time needed for conventional prototype production. Ease of production and freedom of shape (no need to change the mold in each iteration of prototyping) gives our customers a better cost-per-piece ratio in small series than conventional manufacturing methods would have allowed."

"The Neo800 is very much at the heart of our vehicle development process – from design to production. We tend to make around four car sets of most components before the next iteration is released, which supersedes the previous version."

"The Next Gen car could not have been completed without the collaboration with NASCAR Competition Partners like Stratasys and Stratasys Direct Manufacturing.”

"In general, it costs approximately KRW 1.5 million ($1,240) to outsource the production of a gearbox prototype. With the Stratasys Objet30 Pro, the maximum cost is KRW 400,000 ($330)."

"Before we had the J35 Pro, we would spend lots of time communicating, preparing models. The entire process took weeks and lots of testing — and it did not always work. With our current in-house possibilities, we get most printing jobs done overnight and get many working models to share with our customers."

“We want to retain our employees, We want to make accommodations to enable people to work safely and continuously."

“3D printing enables us to overcome barriers traditionally associated with CNC machining, helping us realize our most complex designs, as well as print bespoke tools on-demand. These capabilities allow us to improve our workbench flexibility, optimize our workflow and eliminate costly downtimes of the production line.”

“Even before we got the Origin One, over one year ago, I was thinking of 3D printing for this application."

"The primary objective has always been to identify the quickest and most efficient route towards validating a design solution. The J850 Prime has emerged as a leader in this domain, enabling a greater focus on the design aspect rather than the intricacies of fabrication."

"Part to part accuracy is crucial when developing mechanical features during product development. This ensures the prototype experience matches the design intent as closely as possible. Due to the vast improvement in accuracy from previous PolyJet printer generations, our mechanical engineers routinely ask that we print their parts exclusively on J850 technology."

"This is an excellent example of the capabilities we can achieve by combining supercomputing and 3D printing at KAUST."