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Origin Two

Origin® Two

Precision Manufacturing. Redefined.

 

Origin® Two brings industrial 3D printing to a completely new level with unparalleled accuracy, proven repeatability, very tight tolerances, and superb smooth surface finish.
Matching injection molding precision, unavailable with other resin 3D printers, it enables short production runs and on-demand manufacturing for applications that require superior quality and high part performance.
Combined with its broad range of high-performance materials in an open material system, it is the most advanced 3D printing solution for industrial production.

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Origin Two™ P3™ Industrial DLP Printer

bullet small Delivers injection molding–grade accuracy and repeatability.

bullet small Enables high-throughput production with rapid print speeds.

bullet small Supports a broad range of high-performance, open-material resins.

bullet small Reduces post-processing complexity with intelligent workflow automation.

bullet small Produces highly detailed parts with exceptional surface finish.

Origin Two is engineered to deliver the highest standards of repeated accuracy, tolerance, surface finish and specialized performance, in industries such as aerospace, automotive and general transportation.

Features

bullet small Up to 50 µm accuracy and tight tolerances thanks to advanced projector technology

bullet small Injection molding–like surface finish, the patented pneumatic mechanism reduces separation forces, resulting in surface roughness of up to 2µm Ra

bullet small Highly repeatable results: >95% of prints are within +/-50* µm across printers and build heads

bullet small Heated chamber up to 60°C enables reliable printing of advanced materials with temperature resistance up to 300°C.

Benefits

bullet small Material Flexibility for Production Flexibility: use one of the validated, high-performance materials with pre-set profiles or chose your own with the Open Materials License.

bullet small Full end-to-end workflow with validated post-processing solutions ensures consistent and repeatable production-grade results.

bullet small Ideal for short production runs and on-demand manufacturing with repeatability across print jobs, build heads and printers.

Typical Applications

For production parts with injection molding-quality, in industries such as aerospace, automotive and industrial manufacturing.

Connector

Connectors & Fine Feature Components

Injection molding quality with a repeatable process. +/-50 µm accuracy across builds and printers. Cpk > 1.33 Process Repeatability.

P3Silicone25A_Airduc

Industrial Components

Make your low volume production -also for engineered materials - economically viable.

tool handle in hands

Tooling

Develop your jigs, fixtures and custom manufacturing aids in hours rather than weeks, at 20% of the cost.

Connector

Injection molding quality with a repeatable process. +/-50 µm accuracy across builds and printers. Cpk > 1.33 Process Repeatability.

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P3Silicone25A_Airduc

Make your low volume production -also for engineered materials - economically viable.

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tool handle in hands

Develop your jigs, fixtures and custom manufacturing aids in hours rather than weeks, at 20% of the cost.

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Wonder how Origin® Two can replace injection molding for your high-accuracy parts in short production runs?

Customer Success Stories

WS Part

How Weather Shield Reinvented Window Manufacturing with Industrial 3D Printing

From design validation to hurricane-tested end-use parts

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TE Connector

TE Connectivity

Discover how TE Connectivity uses next generation Origin to economically produce low-volume series of injection-molding-level accuracy and surface finish, enabling customization and faster time-to-market.

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Gasket JW Speaker

J.W. Speaker makes small volumes faster and cheaper with DLP 3D printing

Origin selected for injection-molding-quality, including elastomeric parts

Ready More
WS Part

From design validation to hurricane-tested end-use parts

Read More
TE Connector

Discover how TE Connectivity uses next generation Origin to economically produce low-volume series of injection-molding-level accuracy and surface finish, enabling customization and faster time-to-market.

Read More
Gasket JW Speaker

Origin selected for injection-molding-quality, including elastomeric parts

Ready More

Compatible Materials

Origin Two operates at 385 nm, a wavelength preferred by resins over 405 nm alternatives. It can successfully print a wide portfolio of materials for diverse end-use applications, ranging from high temperature to high-viscosity resins. 

Origin One Clamp Fire Test

High Temperature

For application-specific requirements such as flame smoke and toxicity, high-HDT of up to 300°C or mold durability

Cable Gland Somos WeatherX

Weatherable & Durable

For functional end-use applications that require durable properties like UV, moisture, and chemical resistance.

Elastomic

Silicones & Elastomers

Real silicone, for industrial and medical applications. Resilient elastomers at injection-molding quality.

Origin One Clamp Fire Test

For application-specific requirements such as flame smoke and toxicity, high-HDT of up to 300°C or mold durability

View more
Cable Gland Somos WeatherX

For functional end-use applications that require durable properties like UV, moisture, and chemical resistance.

View more
Elastomic

Real silicone, for industrial and medical applications. Resilient elastomers at injection-molding quality.

View more
grabcad print image

GrabCAD Print Pro™ for Origin®

Support generation complements easy-to-use build preparation, greater functionality and improved workflow. Yet keep control.

GrabCAD Print Pro™ for Origin® is user-friendly from the outset, supporting various 3D file formats. It arranges and orients parts on the build platform, generating supports automatically with advanced slicing capabilities. Users can select from pre-set print profiles for validated materials or adjust part accuracy using parameters from the OpenAM Material License (OpenAM) for added flexibility.

PDF Icon Blog:

Everything You Need to Know about DLP® 3D Printing

DLP 3D printing is used to create high accuracy parts with smooth surfaces, utilizing high-performance materials which add functional properties to the produced parts. 

PDF Icon White Paper:

Economically Viable Low Volume Production with Origin® P3™ DLP

Discover a True Injection-Molding Alternative for Low Volume Manufacturing

DLP vs. LCD: Why these are not similar technologies

Often considered to be similar, DLP and LCD technology are actually very different.

Customer Service

Already have an Origin? View additional documentation and resources on our Customer Support website.

FAQ

A: The Origin Two™ is designed for manufacturers producing high-precision end-use parts with injection molding-quality surface finish and repeatable accuracy. Its validated materials, software, and post-processing workflows support low-volume production of functional parts with fine feature detail and consistent throughput.

A: The Origin Two™ has a build volume of 92 × 108 × 370 mm (7,672 cm³) or 7.5 × 4.25 × 14.5 in. (462 in.³). It also supports a maximum diagonal part length of 220 mm (8.6 in.), allowing manufacturers to produce tall, high-precision components in a compact production system.

A: The Origin Two™ delivers ±50 micron (µm) XY and Z accuracy for validated applications and ±100 microns for general applications. Final accuracy depends on the selected material, part geometry, and post-processing workflow.

A: The Origin Two™ supports 19 Stratasys-validated materials and additional third-party or custom resins through the Open Material License (OpenAM™). Validated materials include tested print profiles and post-processing workflows that help deliver consistent production quality and repeatable results.

A: Yes. The Origin Two™ supports the Open Material License (OpenAM™), allowing manufacturers to print with Stratasys-validated resins, third-party materials, or custom-developed materials. This open platform provides greater flexibility for application-specific material development.

A: Yes. The Origin Two™ supports validated Forward AM and Henkel resins with optimized print profiles. Additional third-party materials can be used through the Open Material License (OpenAM™), giving manufacturers access to a wider range of production materials.

A: The Origin Two™ is used in automotive, aerospace, industrial manufacturing, consumer products, medical and healthcare, and service bureaus. These industries use P3™ DLP technology to manufacture durable end-use parts, functional prototypes, and low-volume production components with consistent quality.

A: The Origin Two™ features a heated build chamber up to 60°C, allowing reliable printing of advanced engineering resins with heat resistance exceeding 300°C. This capability supports demanding industrial applications requiring high-performance materials.

A: Post-processing for the Origin Two™ depends on the selected material. Each validated material includes a processing guide that specifies washing, thermal curing, UV curing, or a combination of post-processing steps to achieve the required mechanical properties and dimensional accuracy.

A: Yes. The Origin Two™ is optimized for elastomeric 3D printing using a high-resolution DLP projector and patented pneumatic separation technology. It supports resilient elastomers with high tear strength and rebound performance, as well as true silicone materials with more than 800% elongation at break.

A: The Origin Two™ achieves dimensional tolerances as low as ±50 microns (µm) across validated materials and geometries. Some materials and applications can achieve even tighter tolerances when using optimized print parameters and validated post-processing workflows.

A: Yes. The Origin Two™ produces injection molding-quality surface finishes using a patented pneumatic separation mechanism that minimizes print forces during layer separation. Depending on the material, it achieves surface roughness as low as 2 µm Ra, making printed parts visually and functionally comparable to injection-molded components.