About the Tray User Interface

The Tray tab consists of commands and shortcut menus.

• To print a model, click File >

Print >

Prepare for 3D Printing.

• To create a new tray assembly, click File >

New, under Type select

Manufacturing, and under Sub-type, select Additive Manufacturing.

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Printer—Selects a 3D printer from the list.

◦ Printer > General printer—Allows you to organize your tray assemblies when you are not connected to a printer. Not specific to a certain type of printer.

◦ Printer > Service printers—Printers that are located at a service bureau, to which you send your files for 3D printing.

◦ Printer > Installed printers—Printers that are physically available at your organization. Can be connected directly to the machine, or through a network.

◦ Printer >

Printing Profiles—Opens the Printing Profiles dialog box.

◦ Printer >

Printer Information—Displays information about the printer you selected.

◦ Printer > Printers List—Opens the 3D Printers dialog box where you add or remove printer definitions.

◦ Printers > Printing Quality—Sets the quality of the printing. You can select High Quality to print every layer, High Speed to print two layers at a time, or Digital Materials to use more than a single material.

When you print using several materials, you can only print in Digital Materials mode. The quality of the printing is automatically set by the printer.

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Assemble—Adds a part or an assembly to the printer tray.

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Arrange on Tray—Positions the models on the tray using the Creo algorithm.

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Printer Auto Position—Positions the models on the tray using the 3D printer definition.

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Build Direction—Orients the models on the tray according to the z-axis of the build direction analysis. Applies only to part models, not to assemblies.

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Pattern—Adds multiple instances of a part or an assembly.

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Nesting—Automatically positions all the models to utilize the tray volume.

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Global Scale—Sets the size of all the models on the tray.

◦ Scale All—Scales all the models.

◦ Reset All—Resets all the models to their original size.

• Preparation >

Drag Components—Enables moving assembly entities through an allowable range of motion.

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Regenerate—Recalculates the model geometry, incorporating all the changes since the last time you saved the model.

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Regeneration Manager—Opens the Regeneration Manager dialog box so you can view the regeneration status of items, and set preferences for failure handling, backup, and mass properties update.

• Preparation >

Lattice Penetration—Defines the penetration values for lattice structures into the solid wall of the model. Opens the Penetration and Capping tab:

◦ Lattice Penetration—Defines the penetration depth for all lattice geometry that is adjacent to a solid wall. You can see the overlapping contours of lattice and body structures in the slicing viewer.

◦ Terminate beams with spherical cap check box—For beams lattice, terminates all beams that are adjacent to a solid wall with a spherical cap that penetrates into the wall.

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Generate Support—Generates support structures for the models on the tray when you are connected through a Materialise build processor.

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Edit Support Parameters—Opens the Support Structure Profiles dialog box so you can apply or edit a support structure profile when you are connected through a Materialise build processor.

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Model Appearance—Displays the colors that were applied in Creo Parametric.

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3D Printer Appearance—Enables applying colors that are available in the 3D printer palette and using the automatic matching of colors from the model to the 3D printer.

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Auto-match Colors—Automatically matches colors available in the 3D printer palette, to the colors that were already applied in Creo Parametric.

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Colors—Opens a selection of colors, depending on the selected 3D printer and palette.

Colors >

Palette Selection opens the Material Selection window. The combination of materials creates the palette.

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Surface Finish—Sets a glossy or a matte surface finish to the printed models.

The Analysis group consists of commands to perform analysis, both general and specific to additive manufacturing.

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Measure—Measures model geometry, such as lengths, angles, and areas.

• Printability Validation—Initiates printability validation.

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Validate Thin Walls—Validates the printability of thin walls, that they will not break during 3D printing or removal of support material.

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Validate Narrow Gaps—Validates the printability of narrow gaps like holes.

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Validate Lattice Penetration—Validates the printability of lattice structures in the model, based on lattice penetration values compared to lattice resolution.