Intro

Slicing a part is how we get our 3D model into a code our printer can run. Slicing is equivalent to CAM or programming in the CNC world. The slicer takes parts and “slices” them into layers that the printer prints. The slicer generates the exact path the nozzle follows. Things like wall thickness, top and bottom thickness, speed, etc are all configured in the slicer.

SuperSlicer

Pantheon currently distributes profiles for SuperSlicer as the primary slicer program. It's open source and gives us great control over the nozzle path. Their GitHub page is here: SuperSlicer Github

Open

Setup

Install SuperSlicer (late 2.4 edition)

SuperSlicer 2.4 download links below.

You can find more builds on the release page here: SuperSlicer 2.4

Windows

Extract the folder and place it somewhere sensible. A good location would be your C:\Program Files directory

Mac/OSX

Move the dmg file into your Applications folder

Launching the application for the first time

To open SuperSlicer, navigate to the folder where you moved it, and open SuperSlicer.exe

Open

The red box highlights the superslicer.exe

On the first launch of the application, you may get a security warning. When you run the application for the first time, click more, and it will let you continue.

You may get a pop-up welcoming you to the SuperSlicers Configuration Wizard. The Configuration Wizard is used to set up the slicer program with some common 3d printers; however you can click cancel as you will be importing the configuration bundle for the Pantheon HS3.

Make a shortcut to the application or pin it to your menu if you like

Configure SuperSlicer for Pantheon HS3

Download the Pantheon HS3 config bundle below:

Open SuperSlicer and navigate to File -> Import -> Import Config Bundle... Select the Pantheon_Superslicer_config_bundle you just downloaded

Importing a Part

SuperSlicer is compatible with the following file formats: STL, 3MF, OBJ, and AMF

You can either drag and drop files directly into the SuperSlicer window or use the add button highlighted below.

Orienting a part

You will need to rotate the part onto a face to print it, your part may import in the correct orientation already but this step is often necessary

The Easiest way to do this is to use the place-on-face tool. Click your model, then click the place on face button. Faces will appear on your part, select the one you want contacting the bed and the object will rotate into place

Slicer Settings

Overview of Print settings, Filament, and printer:

Print Settings

Pantheon HS3 0.20 High-Quality default

Our recommendation as a default setting for production parts, good detail, fast speed, and very reliable.

Pantheon HS3 0.20 STANDARD

Compared to Pantheon HS3 0.20 High Quality, reduced print time by 15-25%. Slightly more surface roughness and less overhang quality.

Pantheon HS3 0.30 DRAFT

Compared to Pantheon HS3 0.20 High Quality, reduced print time by 30-50%. Larger layer height and less resolution, but will get it done fast.

Filament

Pantheon CF-PETG Rev2.0

general purpose material:

• 45-50 MPa tensile, depending on process settings

• operating temp up to 70°C

• great layer bonding - 85% isotropic

• good uv/chemical resistances

Pantheon PA-CF Rev1.2

High temp, High Stiffness, High strength

• 95-120 MPa tensile, depending on the process settings

• Operating temps up to 140°C

• super stiff - 8150 MPa modulus

• resistant to creep at high temps

Pantheon PA-GF Rev1.2

High temp, high impact, high lubricity

• 90-110 MPa tensile, depending on the process settings

• Operating temp up to 95°C

• low friction, high lubricity,

Printer

Pantheon HS3 V2.0

• that's our only system, so hopefully, that's why you are here

Slicing and Exporting

Once you have imported a model, orientated it, and selected your process settings you will need to slice and export the file (.gcode)

Click the Slice Now Button, then the Export G-code Button, and save the file

You are now ready to upload and print on the HS3

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