GrabCAD Print for Origin

Connecting to your Origin printer

All Origin printers connect exclusively to the secure Origin cloud service. Therefore in GrabCAD Print, you do not make a direct connection to the printer on your network. Instead, you login to Origin through File > Preferences > P3 DLP

Once you are logged in, the printers associated with your account are available in the Printer List. 

If you have never logged into Origin before, use the Create Account button, then contact our support team in your region to have your account associated with your printer. https://support.stratasys.com/contact-us

Preparing a job

At this time, GrabCAD Print does not include a mechanism to generate support structures for the Origin printer. Therefore you should continue using Netfabb to prepare jobs. You can either prepare entire builds to be printed through GrabCAD with no further modifications, or single parts to be arranged on the tray in GrabCAD. Learn more about arranging files and trays

Adjusting print settings

The default values for the Tray Settings are determined by the material profile. Your ability to further edit these values, in either the Tray Settings panel or in the Materials Library, is determined by whether you have an Open Materials License. 

With OML License Without OML License

The settings available to change are as follows:

  • Default Layer Resolution — The thickness of each layer of material that is cured during printing.
  • Chamber Preheating Target — Target build chamber temperature during printing.
  • Resin Preheating Target — Target resin temperature during printing.
  • Layer Settings: These settings can be set differently for the first layer, a transition region, and the rest of the model
    • Exposure Delay — Delay prior to photo-curing of each layer. Increase for a more conservative print. Helpful when printing larger parts. Decreasing this setting for the first layer may adversely affect part adhesion to the build platform as well as build quality. 
    • Exposure Duration — Duration of energy exposure during the photo curing phase. A longer exposure duration is required when printing with a higher layer resolution, and vice versa. Changing this value may affect the quality, accuracy, and performance of manufactured parts, and for the first layer, may adversely affect part adhesion to the build platform.
    • Separation Distance — Upward retraction distance after exposure. Allows for parts to fully separate from the build interface/membrane between layers. Consider increasing this for flexible materials and high elongation elastomers, especially when printing tall parts or builds/structures that can stretch. For the latter, consider reinforcing the build with additional supports. 
    • Advancement Delay — Delay between each layer, after upward retraction and before downward approach. Consider increasing this for slow rebound elastomers to allow for relaxation time between layers.
    • Start Distance — Initial phase of separation after photo-curing. The build platform is retracted upward slowly during this phase. Consider increasing for flexible/elastomeric materials and larger parts. 
    • Start Speed — Initial phase of separation after photo-curing. The build platform is retracted upward slowly during this phase. Reduce for higher viscosity materials and larger parts. Typically less than 2 mm/s. 
    • End Distance — Slow-down at the end of downward approach. Increase for higher viscosity materials and larger parts. 
    • End Speed — Slow-down at the end of downward approach. Reduce for higher viscosity materials and larger parts.
  • Number of Transition Layers 

Using the Materials Library

If you have an Open Materials License, you can use the Materials Library to manage the available materials for your Origin Printer.

Features of the Materials Library:

  • Mark materials as favorites
  • Organize into new collections
  • Edit defaults on the existing materials
  • Create new materials with fully custom values
  • Duplicate materials to create additional profiles

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