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FROM MODEL TO MACHINE

A robust model.A better handoff.

Practical CAD workflows for SolidWorks and Autodesk Inventor.
The principle comes first. The software follows.

Independent methods, no direct integrations. Menu names and functions may differ per version or license.

01

Parametric modelling

SOFTWARE-INDEPENDENT PRINCIPLE

Name the design variables. Fix dimension relationships from the function and test the smallest and largest variant.

SOLIDWORKS

Use named global variables and equations. Decide which dimensions vary per configuration.

02

Assemblies & structure

SOFTWARE-INDEPENDENT PRINCIPLE

Split the machine into functional modules. Choose a fixed reference and limit dependencies between modules.

SOLIDWORKS

Fix subassemblies with purposeful mates. Check the remaining degrees of freedom after changes.

03

Reusable parts

SOFTWARE-INDEPENDENT PRINCIPLE

Separate standard parts from project-specific ones. Give every part one recognizable identity and revision.

SOLIDWORKS

Use configurations for manageable variants. Check configuration-specific properties and references.

04

Drawings & bills of material

SOFTWARE-INDEPENDENT PRINCIPLE

Define material, quantities, revision and critical dimensions. Check that the model, drawing and BOM describe the same design.

SOLIDWORKS

Check the configuration used in every drawing view and BOM. Verify part numbers and custom properties.

05

Design review & handoff to production

SOFTWARE-INDEPENDENT PRINCIPLE

Review interferences, tool clearance, tolerances and assembly order. Then fix the released revision.

SOLIDWORKS

Run interference detection for the relevant components. Check drawings and references after the last rebuild.

THE NEXT STEP IS YOURS

From a good idea.
To well executed.

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