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Multi-Platform Placement With Automated Nesting From Materialise Magics

Multi-Platform Placement With Automated Nesting From Materialise Magics

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I recently had a conference call with a 3D printing service bureau in Arizona called A3D Manufacturing to demo features in Materialise Magics that may be best suited for their operation. We ended up focusing on multi jet fusion 3D printers running high volumes of unique parts. We showed them all sorts of tools in Materialise Magics from latticing and automated labeling, to optimizing based on slice distribution.

The feature that was going to make the biggest impact happened to be Multi-Platform Nesting. This is a feature I personally had not used very often, as we typically run single jobs of partial builds on most of our machines. Yet for a service bureau, it hit me that this is a no-brainer! This feature can be game-changing for a service bureau as they are getting orders for hundreds and thousands of parts at a time that take up several builds that all need to be nested and accounted for.

Sequence of Materialise Magics build platforms filling with nested parts across multiple virtual printersMulti-platform placement fills one virtual build volume after another until every part is nested.

How Multi-Platform Nesting Works

This feature will automatically nest multiple builds simultaneously by filling up a virtual printer build volume and creating subsequent virtual build volumes until all parts are completely nested. This saves a lot of time compared to manually creating each individual build and nesting them one by one. Also, keeping track of parts is much easier this way because it ensures that the complete set of parts will be nested automatically. When nesting multiple builds manually, it is always a pain to make sure that you have all the parts accounted for, especially when they are all unique and in high quantities. Now, operators can save time and reduce nesting errors with Materialise Magics.

Nesting Process Step By Step

1. Open up a build scene with your machine with all of the parts you want to run in optimized print orientations. In this example, we have four part files with 50 copies each.

Materialise Magics scene with 200 parts loaded and a build platform ready for nestingStep 1: load all parts into the Magics scene with the target printer’s platform.

2. Open up the 3D Nester under ā€œGeometry,ā€ then click the ā€œNesting Settingsā€ tab and select the check box for ā€œEnable multi-platform placement.ā€

Materialise Magics 3D Nester settings with Enable multi-platform placement checkedStep 2: enable multi-platform placement in the 3D Nester settings.

3. Run the nester and wait for the magic to happen. In this scenario, Magics created eight complete build platforms for a total of 200 parts all ready to run in a little over a minute!

Eight nested Materialise Magics build platforms containing 200 parts, nested in about a minuteStep 3: Magics generated eight full platforms for 200 parts in just over a minute.

Recommended Settings

To ensure that you have a fine-tuned nesting experience, here are a few settings that I use when working with this feature:

1. Nesting Density Threshold – Stop Criteria

Materialise Magics 3D Nester general settings with Optimize until nesting density set to 12%Recommended setting 1: stop criteria set to optimize until nesting density.

2. Optimize Platform – Height or Height and Slice Volume

Materialise Magics 3D Nester nesting settings with Optimize platform set to HeightRecommended setting 2: optimize platform by height, or height and slice volume.

3. Freedom of Parts – Fix Bottom Plane

Materialise Magics 3D Nester part settings with Freedom of parts set to Fix bottom planeRecommended setting 3: fix the bottom plane so parts keep their print orientation.

By following these simple recommendations, you are sure to become much more efficient when nesting multiple builds at a time!

If you would like to know more about optimizing your workflow with Materialise Magics or if you would like to start a free trial run of the software, please contact us at Hawk Ridge Systems today. Thanks for reading!

Picture of Kainon Irons

Kainon Irons

Kainon Irons is a 3D Printing Application Engineer at Hawk Ridge Systems specializing in DFAM (Design for Additive Manufacturing) and technical consultation for Markforged 3D printing systems. With a background in Mechanical Engineering, Kainon has experience bringing products from prototype to production and he understands how additive manufacturing transforms the design process. He is excited to share knowledge about how 3D printing is changing the game for manufacturing and end use parts.

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