Highest Accuracy
Powered by a new 5K DLP projector, the heart of any DLP system, Origin Two delivers the highest accuracy and smoothest surface finish of all resin technologies. It combines 38.5 μm pixel size and tight 2.5 standard deviation projector uniformity, to deliver accuracies up to +/-50 μm (selected applications) to +/-100 μm,
consistently across builds and printers, without pixelto-pixel light bleed. Running at 385nm, a wavelength to which resins respond better, it favors reduced throughcure and enhances higher accuracy compared to 405nm alternatives.
Surface Finish Comparable to Injection Molding
The advanced DLP projector contributes to the injection-molding quality surface of parts straight off the printer. In
combination with the patented pneumatic mechanism, Origin Two achieves high surface smoothness while maintaining print speeds of less than 20 mm/hour. The lower separation forces of Origin Two enable printing with fewer supports, allowing you to skip additional post-processing.
Physical Properties for Functional End-Use Parts
With Origin Two, you not only get the widest range of high-performance materials in the industry, you also get a system
that can accurately and repeatably print that broad variety – from high temperature resins to high-viscosity materials. Its heated build chamber constantly controls the temperature up to 60°C, and the new DLP light engine with 5 mW/cm2 irradiation prints parts with high green strength and properties very close to the final stage, straight off the printer.
Unwavering Process Control. When we talk about industrial production, we’re looking at the precise replication of your CAD model across all prints. From the first part to the hundredth or more, Origin Two repeatedly produces parts that meet your high standards, every time, with no surprises. No wonder all leading DLP material providers develop their high-performance materials on Origin printers.
Powered by P3™ DLP technology designed for the most demanding standards, the Origin platform offers a holistic solution with a meticulous combination of
reliable hardware, sophisticated software, and highquality materials, all carefully managed into a validated workflow to ensure that every component meets stringent standards, essential for real-world applications.
+/- 50 μm
Repeatability across printers dependent on material/geometry
3μm Ra
Surface roughness
+/-50
Tolerence for qualified applications
5k
Projector with 38.5m resolution
300oC
Heat deflection temperature
60oC
Chamber heating for reliable parts
Explore the applications
Fine Feature Components
When precision and tolerance up to +/- 50 µm, and injection-molding quality finish is critical.
Industrial
Components
Cost-effective production of end-use parts in low-volume, high-mix scenarios.
Tooling
Substitute costly and time-consuming machined tools with 3D printed jigs, fixtures, and custom manufacturing aids.
Origin Two is engineered to deliver the highest standards of repeated accuracy, tolerance, surface finish and specialised performance, in industries such as aerospace, automotive and general transportation.
Origin Two delivers high accuracy and provenrepeatability, without the need for recalibration of build heads between prints or even across different printers. The new build head and validated curing solution of Origin Cure™ lets you set up a print job once and simply repeat - today, tomorrow, or next month - with the same print results, anywhere in the world.
Tolerance defines the allowable variation in a part’s dimensions vs. the CAD model. Origin Two achieves the tightest tolerances in 3D printing, with an XY and Z tolerance of up to +/-50 μm for validated applications and +/- 100 μm in general.
With its heated chamber, Origin Two constantly controls the processing temperature up to 60°C, for printing hightemperature and very high-viscosity materials. It makes Origin the system of choice for many UL- and FR FSTcertified workflows as well as DLP material developers.
With the ability to extract comprehensive data from the Origin Two system, you gain insights into every aspect of your production, from workflow efficiency to the perfection of each part. Monitor all your Origin printers at a glance to ensure maximum printer productivity and uptime.
Yes, print speed matters. But time-to-part and throughput of the whole process are the true relevant metrics for production efficiency. Origin Two excels with short postprocessing times, often less than five minutes! P3 DLP technology achieves high green strength, minimizing curing time and outpacing alternatives like LCD or mSLA which demand longer curing times despite potentially faster print speeds.
Origin Cure™ enhances post-print curing process for Origin Two optimizing part accuracy and durability with its advanced 360-degree and multi-wavelength LED curing. It maintains intricate design elements and enhances the mechanical properties of the final product.
ORIGIN CURE
Empower your post processing.
Control accuracy, repeatability and part properties during curing. The Origin Cure™ system is engineered to lock in accuracy, repeatability and detail of your Origin® printed parts. It does this via a sophisticated curing process that maintains the exacting dimensions and complex features of green state parts. A 360-degree, multi-wavelength and high-intensity LED cure ensures uniformity and upholds the intricate design elements.
Maintain Accuracy
and Repeatability
Origin Cure maintains the accuracy of your parts as they come off the printer. Using Origin Cure in combination with your Origin printer allows for repeatable enduse production parts.
Reliable and
Controlled Curing
With programmable LED
adjustment, and automated
intensity monitoring This ensures your parts are cured consistently within specification, across the system’s lifetime.
More Consistent and
Dimensionally Stable Parts
The 360-degree curing and uniform light intensity guarantees that the green state tolerances of your prints are maintained.
New
Origin Two
Build size: 192 x 108 x 370 mm / 7,672 cm3
5K projector with 38.5 μm pixel size and tight 2.5 standard deviation projector uniformity
XY and Z tolerance of up to +/-50 μm for validated applications and +/- 100 μm in general.
Faraday House,
Woodyard Lane,
Foston,
Derby,
DE65 5BU
Faraday House, Woodyard Lane,
Foston, Derby, DE65 5BU
For any sales, product information or pricing inquiries fill out the form on the right and we’ll get back to you as soon as possible.