Work Preparation, Quality Assurance and Manufacturing

CAD data for preparation, inspection and manufacturing

intuitive & practical 3D without CAD expertise
affordable & universal many 3D/2D interfaces

Why use 3D-Tool for work preparation, quality and manufacturing?

Work preparation, quality assurance and manufacturing need reliable dimensions and geometry information from the current CAD model. With 3D-Tool, you open, measure and analyze supported CAD data without the original CAD system, compare model revisions and document results for downstream work steps.

CAD model prepared for an efficient production workflow in 3D-Tool
Check dimensions for manufacturing

Check distances, angles, radii, diameters, and other dimensions directly on the model.

Inspect geometries

Inspect internal areas, wall thicknesses, clearances, and installation situations.

Compare model revisions

Visualize changes and geometric deviations from a reference revision.

Document results

Record measurements and views for work preparation, inspection, and manufacturing.

How is 3D-Tool used in work preparation, quality assurance, and manufacturing?

After engineering, CAD data is needed in work preparation, quality assurance, and manufacturing as well as in assembly, service, and maintenance. Dimensions and geometries must be traceable there without involving engineering in every technical question.

With 3D-Tool, you open, measure, analyze, and compare supported native CAD data and exchange formats such as STEP, IGES, JT, SAT, and Parasolid X_T without the original CAD system. Sections reveal internal areas, Model Info provides technical values, and saved views and reports support the clear communication of results.

CAD component with production-relevant dimensions and clearances
Measurements make production-relevant dimensions and clearances directly visible.

Functions for production-related checks

Identify problems before they affect downstream work

Frequently Asked Questions (FAQ)

Can work preparation measure CAD models without the original CAD system?

How does 3D-Tool support quality assurance?

Can different model revisions be compared?

Can measurements and inspection results be documented?

Can work preparation and manufacturing test their own CAD data?