3D Structured Light Scanning

ATOS Compact Scan

Capture accurate data quickly with an optical scanner designed to ensure metrological precision, operational flexibility, and reliable results.

The system

High-Precision 3D Scanning for Dimensional Inspection

ATOS Compact Scan is a portable structured-light 3D scanner designed for applications that require a high degree of operational flexibility. It integrates scanning, probing, and tracking capabilities into a single system, enabling rapid acquisition and analysis of components.

Structured light technology allows for the non-contact capture of a component’s complete geometry, converting it into a point cloud and a high-resolution 3D mesh. The captured data can be used to compare the component with the CAD model, identify dimensional and geometric deviations, and comprehensively document the inspection results.

Thanks to the various measurement ranges available, the ATOS Compact Scan can capture objects of widely varying sizes while maintaining high precision. Its lightweight and portable design makes it easy to use directly on the production floor or in the field, making it suitable for both initial part verification and inspections during mass production.

Thanks to its versatility, the ATOS Compact Scan can be used both directly in the workplace and as part of a workflow dedicated to digitization, dimensional inspection, and reverse engineering.

Key Use Cases


Quality Control Dimensional and geometric verification of components by comparing 3D scans with CAD models, quickly identifying deviations, deformations, and nonconformities.

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Reverse Engineering
‍Capturing
the geometry of existing components to reconstruct digital models when the original CAD data is unavailable or needs to be updated.

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3D Digitization
‍Conversion
of physical components into accurate three-dimensional data, useful for digital archiving, analysis, design, and subsequent processing.

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Prototyping and Product Development ‍Inspection
of components during the development phases and verification that the physical product matches the design.

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Inspection of Molds and Tooling
‍Analysis
of the geometry, wear, and dimensional variations of molds and tooling to support maintenance and the optimization of production processes.

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3D Optical Scanner for Precision Measurement and Quality Control

Atos Q

High-Precision 3D Scanning for Dimensional Inspection

ATOS Q is a 3D optical scanner developed by ZEISS for metrology applications that require precision, speed, and reliability. Thanks to structured light technology and integration with ZEISS INSPECT, it quickly captures detailed 3D geometries, enabling dimensional inspections, CAD comparisons, and reverse engineering.

Interchangeable measuring volumes allow the system to be adapted to components of various sizes and geometries while maintaining high measurement accuracy. Its compact design and light weight make the ATOS Q easy to transport and use both in the metrology lab and directly on the production floor.

ATOS Q can be used in manual, semi-automatic, or automated modes, even in combination with solutions such as ZEISS ScanPort, ZEISS ScanCobot, and ATOS ScanBox 4105. This flexibility allows the system to be adapted to a variety of measurement and quality control needs.

The acquired data can be analyzed using ZEISS INSPECT to perform nominal-actual comparisons, tolerance checks, and analysis and reporting tasks.