3D Geometry
Solid forms, profiles, holes, slots, and repeated features.
CAD DESIGN / 03D
From digital formto printable design.
A collection of 3D CAD models exploring mechanical geometry, curved surfaces, repeated features, and forms with potential applications in additive manufacturing.
Onshape3D ModelingAdditive Manufacturing
FEATURED MODELCAD / 001
Form Exploration
Curved, tapered, hollow, and organic shapes.
Print-Aware Design
Consider geometry and manufacturing constraints when preparing models for printing.
Selected models / 01–05
The model gallery
Different forms, different modeling challenges, one focus on geometry and detail.
MECHANICAL MODELINGMODEL / 01
Slotted Mechanical Bracket
A mechanical form featuring mounting holes, elongated slots, and defined edges.
REPEATED FEATURESMODEL / 02
Pegged Block
A solid model exploring repeated cylindrical features on a rectangular base.
CURVED SURFACESMODEL / 03
Vase Form
An organic form developed with smooth transitions and a curved profile.
FORM DEVELOPMENTMODEL / 04
Tapered Container
A tapered hollow form that explores shape, proportions, and surface geometry.
ADVANCED GEOMETRYMODEL / 05
Helical Spring
A helical form demonstrating the creation of repeated geometry along a curved path.
Design approach
A considered modeling workflow
Define the form
Understand the intended shape, proportions, and key geometric features.
Build the model
Develop the geometry using sketches and suitable 3D modeling features.
Review the geometry
Inspect the model and consider wall thickness, overhangs, clearances, and other print-related constraints where relevant.
Prepare for printing
Check the model and export a suitable file for the intended 3D-printing workflow.
Designed with the next step in mind
A 3D model may need additional checks before printing, including wall thickness, overhangs, clearances, orientation, and material-specific constraints. Print readiness depends on the individual model and intended process.
Have a model in mind?
Let’s bring your idea into 3D.
Get in touch to discuss CAD modeling and design requirements.