Custom features

Create 3D spline geometry with options for referencing points, edges, and faces.

Add captive pockets to place nuts, automatically sized to fit the nut you specify.

Lay out optical paths and reference geometry for lens, mirror, and beam workflows.

Extract useful curve references from selected faces.

Create points in space with options for referencing points, edges, and faces.

The inverse of Delete Face.

Generate fading hole or texture patterns on parts.

Generate speaker-style perforation patterns with custom controls.

Generate pan pipe geometry from controlled inputs.

Create torus geometry with controllable twist.

Add a parametric ellipsoid primitive.

Add a parametric torus primitive.

Add a parametric cuboid primitive.

Add a parametric n-sided prism primitive.

Extrude patterned grid regions quickly from selected geometry.

Create a practical centroid reference from selected geometry.

Apply fillets using parametric selection logic.

Apply draft using parametric selection logic.

Import multiple files into a part studio.

Extend the standard linear pattern idea with more flexible behavior.

Close open surface regions with a generated cap.

Automatically set variables relevant for DFM, like nominal wall, rib thickness, draft angles, and more.

Drive part names and part numbers with logic from multiple configuration inputs.

Facet planar faces to create sculptural geometry.

Turn selected geometry into a wireframe-style result.

Mirror geometry across multiple references in one feature, merging parts only to themselves.

Create wire geometry sized to AWG standards, with color options and a table of wire lengths.

Sweep a quick circle or reused profile stored in an external library.

Apply part colors in more ways than the native color picker, including colors based on logic.

Bundle broad selections into composite parts quickly.

Split edges at selected point locations, with options for referencing points, edges, and faces.

Create a sub-section of a mesh without modifying the original.

Like the native Project Curve feature, but for meshes.

Like the native Intersection Curve feature, but for meshes.

Automatically convert holes to a teardrop shape to improve printability based on an overhang angle.

Add a parametric cone primitive.

Add ripple-like texture or surface detail.

Create thin extrusions from connected sketch or curve networks.

Create a single layer of material to bridge over holes in 3D prints, so it can be cleaned out later with a hobby knife.

Turn an image into height data to create textured 3D geometry.

Drape surface geometry across target forms to reverse engineer meshes or create a clean surface from several patches.

Quickly create rotationally symmetrical shapes like stars, polygons, and scalloped circles.

Draw a spline directly on a mesh.

Extract usable point references from mesh geometry.

Copy selected mesh faces into reusable geometry.

Measure regeneration time of individual sections of your feature tree to dial in performance.