NEOCAD

Workflows and demos

AI demos: work inside CAD.

Eight Autodesk Inventor recordings and three guided workflows: parametric changes, component comparison, drawings and quality checks. Product inputs, steps and checks, not customer testimonials or savings measurements.

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01 / AUTODESK INVENTOR

Change a parameter in context

From reading parameters to changing shaft protrusion and examining the assembly.

The summary separates final measurements from reconstructed initial values: different evidence.

NEOCAD / INVENTORWorkflow 01 · 03:20
Shaft and feature tree in Autodesk Inventor.
Reading the shaft protrusion parameters.Full recording ↗
02 / AUTODESK INVENTOR

From drawing to native features

Reconstructing a housing from a drawing with native sketches and features, keeping unspecified details separate.

The engineer reviews the model, checking dimension interpretation and geometry.

NEOCAD / INVENTORWorkflow 06 · 07:45
Reconstructed housing and native features in Inventor.
Partial housing reconstruction from a 2D drawing.Full recording ↗
03 / AUTODESK INVENTOR

Check an assembly with a procedure

Checks of duplicates, materials, constraints and interference in the model, with corrective actions to confirm.

Nominal screw overlaps require engineering interpretation; they are not automatically defects.

NEOCAD / INVENTORWorkflow 07 · 02:10
Assembly and quality-check findings in the NEOCAD panel.
Materials, duplicates, constraints and interference to review.Full recording ↗

Eight AI workflows recorded in Inventor.

Sessions on specific Autodesk Inventor models, with an Italian interface, processing time and original audio. Subtitles are not guaranteed; excerpts on Product pages are silent.

WORKFLOW 01 / AUTODESK INVENTOR / 11:36

From parameter to assembly

Shaft parameters, protrusion changes and effects on geometry, interference and mass. The summary separates final measurements from reconstructed values.

Final measurements and reconstructed initial values are different evidence, not a validated numerical before-and-after comparison.Full recording with original audio · Italian interface.Open the original video file ↗

WORKFLOW 02 / AUTODESK INVENTOR / 04:39

Compare before reusing

Comparing two subassemblies: components, materials, masses and shaft dimensions, with a tabular summary of their differences.

Comparison of available models and a tabular summary, not a PLM search or an exported report.Full recording with original audio · Italian interface.Open the original video file ↗

WORKFLOW 03 / AUTODESK INVENTOR / 11:11

Understand the impact of a change

Comparing pump flanges and constraints to assess effects on the gasket, screws and body. Geometric estimates require verification in the model.

Bounding-box estimates and mating components require verification; no demonstration of standards citations.Full recording with original audio · Italian interface.Open the original video file ↗

WORKFLOW 04 / AUTODESK INVENTOR / 05:41

Coordinated parametric changes

A requested 1 mm increase in crosspiece pin diameters: analysis of bushings and fork seats, constraint inspection and dimension checks.

Modification and checks on the specific assembly; no demonstrated functional equivalence across CAD systems.Full recording with original audio · Italian interface.Open the original video file ↗

WORKFLOW 05 / AUTODESK INVENTOR / 03:44

A simplified drawing from the model

Preparing a simplified flange drawing in Inventor while leaving the source component unchanged.

Simplified drawing, not represented as production-ready.Full recording with original audio · Italian interface.Open the original video file ↗

WORKFLOW 06 / AUTODESK INVENTOR / 07:49

From drawing to 3D model

Reconstructing a housing with native sketches and features, distinguishing dimensions in the drawing from unspecified details.

Available dimensions and unspecified details remain distinct; reconstruction requires review.Full recording with original audio · Italian interface.Open the original video file ↗

WORKFLOW 07 / AUTODESK INVENTOR / 05:28

Assembly quality check

Guided checks for duplicates, materials, constraints and interference. Corrections require confirmation; nominal screw overlaps need engineering interpretation.

A CAD procedure, not Builder configuration. Findings and nominal interference require interpretation.Full recording with original audio · Italian interface.Open the original video file ↗

WORKFLOW 08 / AUTODESK INVENTOR / 12:09

Generate and review a drawing draft

A drawing draft from the component with views and annotations, for review. Missing functional information must be confirmed, not invented.

Incomplete draft for review, not production release or invented missing specifications.Full recording with original audio · Italian interface.Open the original video file ↗

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Bring a model, software version and required operation: agree inputs, checks and evaluation criteria before the demo.

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