Hey there, I’m Ollie, a Stratasys Origin Two 3D printer! Welcome to my world, where ideas come to life layer by layer. As one of the most advanced 3D printers in the industry, I’ve helped create everything from intricate prototypes to fully functional, ready-for-market parts. Join me for a behind-the-scenes look at how I bring precision, speed, and versatility to every project I tackle.
Stratasys developed the Origin One with a clear mission: to revolutionize how manufacturing and prototyping are done. Powered by Digital Light Processing (DLP) technology, Origin One harnesses the precision of photopolymerization, a process where light is used to cure liquid resin into solid parts layer by layer. Originally pioneered in the 1980s, DLP printing emerged as a monumental development in 3D printing and has since become a standard for elevated detail and accuracy in manufacturing.
The Origin One is designed to handle even the most complex and demanding applications with ease, from medical devices to automotive components. Every project is a chance to push boundaries and show off the power of additive manufacturing.
While the Origin One set new standards for precision, reliability, and versatility, the Origin Two builds upon that legacy with enhanced capabilities and next-generation performance. This evolution isn’t just an upgrade—it’s a reimagination of what’s possible in 3D printing.
With advanced material compatibility, faster processing times, and refined DLP technology, the Origin Two is designed to handle even more complex applications. This represents a seamless blend of hardware and intuitive software, ensuring that every print is executed with accuracy and consistency. My next chapter isn't just about improving technology—it's about empowering creators to bring even more ambitious visions to life.
Turning your ideas into reality is what I do best! It all starts when I receive a digital file, carefully crafted by the design team using CAD software. Once the file is loaded, I analyze it and prepare to bring it to life. As the printing begins, I layer resin with precision, using advanced sensors to monitor every detail. I’m constantly communicating with the design team’s input, making real-time adjustments to confirm the product meets final specifications.
My secret weapon? Stratasys’ Programmable PhotoPolymerization (P3) technology, an advanced take on Digital Light Processing (DLP). This innovative process gives me unparalleled control over resin curing, guaranteeing every layer is printed with exceptional accuracy, high resolution, and a seamless surface finish.
“Stratasys has been a great partner in helping us optimize accuracy and repeatability for connectors that require +/- 50 micron accuracy, and demonstrating the possibilities of using additive manufacturing to produce part volumes in the tens thousands.”
Mark Savage, Senior Manager, Additive Manufacturing of TE Connectivity
With sensors and algorithms monitoring and adjusting every aspect of the printing process, I bring a level of detail and dependability that redefines what’s possible in additive manufacturing.
My pneumatic separation mechanism is my standout feature. This ingenious system inflates the tray sheet of the resin vat ever so slightly, creating a small bubble that prevents parts from sticking to the tray sheet. By minimizing this adhesion, I can produce large cross-sections that are challenging for other DLP systems, all while maintaining consistent quality and reliability.
Combined with my 14” build height for part stacking, I achieve unparalleled throughput, making me a powerhouse for high-demand industries like healthcare, automotive, and aerospace.
Additionally, my high-performance material compatibility includes long-lasting thermoset plastics that are more UV-stable over time compared to SLA technology. With an open material license, I provide the flexibility to adapt to a wide range of applications. I’m ready to handle any challenge you throw my way.
One of the best parts about being me is the incredible range of materials I get to work with! From high-temperature resins capable of withstanding extreme heat, to biocompatible resins that make custom medical devices possible, and even flexible resins that create dynamic, bendable parts—my toolkit is as versatile as the ideas I bring to life. I’ve helped create everything from custom-fit surgical tools that change lives, to durable manufacturing parts that keep industries running smoothly, and even innovative wearables made with flexible resins.
Some of my favorite materials include Loctite 3955 FST, which is known for its high-temperature resistance and has been featured in TE Connectivity case study mentioned above. I’ve also worked with Loctite 3843 in white and matte black, two favorites among my users. Recently, I’ve had the opportunity to explore the new Weatherx 100 material, celebrated for its exceptional weather resistance and durability, making it ideal for outdoor and harsh environmental applications – only available on the Origin Two. With the Open Materials License (OpenAM), I have the flexibility to unlock countless additional materials, opening new doors for any application.
Every day, I get to be part of incredible projects that make a real-world impact. From creating precise automotive prototypes that shape the future of transportation to crafting custom dental devices that bring smiles to life, my prints play a role in transforming concepts to reality. I’ve worked alongside talented engineers and designers on some truly memorable collaborations. The best part? Seeing my creations out in the world, helping products come to life and making a difference where it matters most.
As we wrap things up, I want to leave you with a question: What would you create with the Origin Two? The possibilities are endless, and I’m here to help turn your visions into outcomes. Whether you’re dreaming of prototypes, medical devices, or something entirely new, 3D printing paves the way to creation like never before. I’d love for you to explore what’s possible—reach out to us to learn more or kickstart your next big project. I can’t wait to see what amazing ideas we’ll develop together!