Stringent quality inspection & assurance tools

For a faster, more streamlined workflow, import STEP, IGES, or X_T CAD files to align and then compare your scan mesh to a CAD model.

Align your scans with corresponding CAD models using key geometric features for precise and reliable inspection results.

Calculate the distance between mesh-CAD pairs in different ways – distance mapping, from one point to another, or with primitive shapes – to ensure your alignment is perfectly perpendicular or parallel.

Break models down into segments at regular intervals for in-depth inspection, then automatically align models and meshes before deploying 2D cross-section analysis to find any discrepancies.

Carry out quick surface distance map comparisons and accurate measurements of any 3D model you create, with labels to easily uncover minimum and maximum deviation.

Ensure narrow geometries aren’t at risk of breakage and discover where and why thickness variations occur with Thickness mapping.

Compensate for the thickness of targets to maximize the precision of measurements captured with 3D metrology tools like the Artec Metrology Kit.

When working with parts that need to meet industry-specific tolerances, enter Tolerance Check Mode, and your 3D map will be re-rendered, with areas outside specified limits highlighted.

Export to Control X and align meshes with reference geometries using adaptive pairs, or homing alignment, where points repeatedly align until free of deviations.

Scan with Artec 3D scanners and process with Artec Studio, before proceeding to industrial-grade analysis with ZEISS INSPECT Optical 3D.