Objective:
Learn how to slice an implicit body into an image stack for additive manufacturing printers that accept images.Applies to:
- Additive Manufacturing
- Slices for Open DLP and Binderjet systems
Procedure:
1. Prepare the part- Convert the part into an Implicit body
- If you are printing from an EOS M or Renishaw AM machine, you can choose from built-in Build Volume blocks.
- If your machine isn’t one of these, create your build volume with a Bounding Box block
- Use the Translate Object block to move the part into the Build Volume
- You may need to orient it or create support structures for an optimal build
- Add a Slice Body to B &W Image Stack block
- Path: Choose the destination to save the slices
- Fill Suffix:
- Toggled On: Names the files: “slice_001”, where the number of 0’s before the slice number is determined by the total number of slices.
- Toggled Off: The files are named “slice_1”, with no 0’s.
- Body: Insert the Implicit Body you want to slice.
- Layer Height: Define the spacing between the layers. You may need to check the printer settings for the appropriate range of heights.
- Frame: This is the coordinate system for the build plate. It is auto-populated but may need to be edited depending on the printer settings.
- Print Volume: Insert the Bounding Box or Build Volume from Step 2.
- The resolution is the number of pixels in the X and Y directions. This value may change depending on your printer and desired resolution. The maximum image resolution supported is 1 billion pixels.
- Image X resolution: 1920
- Image Y resolution: 1280
- Greyscale bits: 8 bits


Download the Example file:
- How to Create and Export Slices
- How to use Minimum Support Orientations
- How to generate bar supports under a part

