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Define mechanical parts, constrained assemblies and drawings linked to the model

Build mixed-form designs and retain editable curves, components and scene views

Build dimensioned solids and edit their history inside nanoCAD Platform

Model related parts together and control what leaves the shared CAD document

Build parameter-driven solid models with Python and retain their construction

Parametric modelling built around sketches and model history

Turn closed drawing profiles into solids with explicit extrusion and boolean controls

Resize catalogue shapes, position parts with TriBall and export selected geometry

Draft and model products with a choice of parametric, associative or history-free tools

Constrain sketches, build solid parts and choose a suitable geometry export

Create named part variants from a generic model and controlled table values

Curve-driven CAD modelling with Boolean construction

Revise imported parts and export just the assembly context another team needs

NURBS, subdivision and mesh tools for design modelling

Geometry and structural formulas with dedicated inputs

Layer-based vector drawing with procedural repeat and modifier sequences

Build reusable implicit models and prepare geometry for engineering tools

Dimension a sketch, extrude a part and revise its features through the modelling history

Inspect adjustable packaging templates and their corresponding 3D folds.

Rule-based 3ds Max modelling for repeated structures, paths and architectural details

Build solid models from scripts and configurable parameters

Keep packaging dimensions, folded previews and dielines linked.

Control where a sketch extrusion starts, ends and joins an existing part

Drive product dimensions with named parameters and retain their design history