TRUSTED 3D INSPECTION SOFTWARE PARTNER
-
Gold Partner
-
Authorized Partner
-
Authorized Partner
HOW 3D INSPECTION SOFTWARE WORKS
-
1. Capture 3D Scan Data
Utilize an optical scanner, CMM, or laser scanner to capture dense point clouds or polygon meshes of the manufactured part.
-
2. CAD Alignment & Registration
Import the native CAD file and execute scan-to-CAD alignment using best-fit or datum-based registration.
-
3. Execute GD&T & Dimensional Analysis
Run automated profile tolerances, flatness inspection, and surface measurements to calculate deviations.
-
4. Automated Reporting
Generate comprehensive PDF inspection reports and color deviation maps to validate process capability and share manufacturing intelligence.
INSPECTION METROLOGY IN ACTION WITH OUR EXPERTS
READY TO AUTOMATE YOUR QUALITY INSPECTION?
Frequently Asked Questions
Looking for something specific? Let us know, and we’ll be happy to assist you.
What is 3D inspection software?
It is a specialized metrology platform that compares scanned physical parts to digital CAD models to detect manufacturing deviations, perform GD&T, and verify tolerances.
How does 3D inspection software work?
It works by overlaying (aligning) high-resolution 3D scan data over a nominal CAD model. The software then calculates the dimensional differences, generating color maps and inspection analytics.
What is GD&T inspection?
Geometric Dimensioning and Tolerancing (GD&T) inspection evaluates how well a manufactured part meets strict engineering tolerances for form, fit, and function—such as concentricity, flatness, and cylindricity.
How do you compare CAD with scanned parts?
The software uses alignment algorithms (like Best Fit or Datum alignments) to register the mesh data perfectly onto the CAD model, instantly highlighting any surface or dimensional deviations.
What is the first article inspection (FAI)?
FAI is the rigorous dimensional inspection of the very first part produced in a manufacturing run to verify that the tooling and processes are capable of producing parts to the exact design specifications.
