Metrology Software

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Creaform Scan-to-CAD Pro Software

Creaform Scan-to-CAD Pro Software

Creaform

Creaform Scan-to-CAD Pro

2026

New

7 820,00

Creaform Scan-to-CAD Software

Creaform Scan-to-CAD Software

Creaform

Creaform Scan-to-CAD

2026

New

5 860,00

Artec Studio Lifetime - 1 license

Artec Studio Lifetime - 1 license

Artec 3D

Studio Lifetime - 1 license

2026

New

3 000,00

Artec Studio Subscription - 3 licenses

Artec Studio Subscription - 3 licenses

Artec 3D

Studio Subscription - 3 licenses

2026

New

3 000,00

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Metrology Software - FAQ

What is the difference between metrology software and CAD software?

CAD software is used to design parts, whereas metrology software is used to measure and verify them against a CAD reference. Platforms such as Polyworks Inspector import CAD geometry and compare measured data against it to generate pass/fail reports.

Does metrology software work with all CMM brands?

Most current packages communicate via the I++ DME or DMIS protocol, enabling operation across various hardware brands. Zeiss Calypso and Hexagon PC-DMIS also offer native direct interfaces for their own hardware to optimize path planning and integration.

Can metrology software process scan data from a handheld scanner?

Yes, platforms like Polyworks Inspector and Geomagic Control X import point clouds in E57, STL, and OBJ formats from LiDAR or structured-light scanners. They generate full-surface deviation analysis against CAD nominals at a ±0.001 mm reporting resolution.

Metrology Software - CMM & 3D Inspection Programs

Metrology software is a specialized category of digital solutions used to process, verify, and report dimensional data against a CAD reference. These programs facilitate advanced GD&T analysis and tolerance reporting by comparing high-density point clouds or discrete probe measurements to nominal design geometry. Widely applied in the aerospace and automotive sectors, this software ensures that manufactured components meet rigorous accuracy standards for quality control.

 


 

Key Features & Specifications

GD&T analysis: Full evaluation of geometric tolerances including flatness, cylindricity, true position, and profile according to ASME Y14.5 or ISO 1101 standards.

Point cloud comparison: Generation of deviation colour maps from STL or CAD references with a reporting resolution of ±0.001 mm.

Data input: Seamless integration with coordinate measuring machines via DMIS or I++ DME, laser trackers, and 3D scanners.

CAD import: Direct geometry reference for native files such as CATIA V5, SolidWorks, NX, STEP, and IGES without the need for conversion.

Offline programming: Advanced CMM path simulation and collision detection to reduce physical setup time and protect hardware.

Reporting: Automated PDF and HTML dimensional reports featuring pass/fail status per feature and statistical indices like Cpk and Cp.

 


 

How to Choose the Right Metrology Software

Choosing the correct platform requires matching the software to your specific measurement hardware and the required geometric dimensioning and tolerancing standards. For example, Hexagon PC-DMIS is often selected for its deep integration with bridge CMM hardware, while Geomagic Control X is preferred for high-speed inspection of point clouds from handheld scanners. Metrologists should also ensure the reporting format aligns with internal QA protocols and international standards like VDI/VDE 2617.