Polygonica 3.4 New Features
An overview of the Polygonica 3.4 release.
Article by Richard Baxter | Jan 8, 2025
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An overview of the Polygonica 3.4 release.
Article by Richard Baxter | Jan 8, 2025
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Article by Richard Baxter| Oct 29, 2025
Polygonica is an ideal toolkit for developing surgical planning and orthotic design applications. The…
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Article by Richard Baxter| Jul 2, 2025
Accurate registration and alignment of scan data is critical for worn-region modelling and repair in…
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Article by Richard Baxter| May 20, 2025
3D Boolean operations form the basis of many 3D modelling workflows and as such are an important part…
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Article by Richard Baxter| Jan 21, 2025
An overview of using Polygonica for common dental workflows.
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Article by Richard Baxter| Oct 29, 2024
Prepare meshes for CAE simulations by removing small and thin features.
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Article by Richard Baxter| May 20, 2024
Using Polygonica's 3D curves and MachineWorks to create multi-axis additive toolpaths.
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Article by Richard Baxter| Feb 29, 2024
New example code for AM build processors using low-level 2D operations.
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Article by Richard Baxter| Dec 1, 2023
Undergound tunnels are scanned from the inside. Objects inside the tunnel get picked up, causing unwanted…
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Article by Richard Baxter| Nov 27, 2023
An overview of the Polygonica 3.3 release, a substantial upgrade from previous versions.
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Article by Richard Baxter| Aug 23, 2023
Perform printability checks or identify thin regions problematic for CAE/FEA/CFD.
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Article by Richard Baxter| Jul 20, 2023
Introducing a new mesh merging technique to close meshes with many gaps due to scanner occlusion.
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Article by Richard Baxter| Jul 19, 2023
Accurate registration and alignment of point and mesh data is a critical function for most scan-based…
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