GOM ATOS Q 3D Optical Scanning System

Overview

The GOM ATOS Q is a high-precision, industrial-grade optical 3D scanning system engineered for non-contact surface digitization and full-field 3D metrology. Based on structured light triangulation with triple-camera sensor architecture (3-in-1 lens system), the ATOS Q captures dense point clouds and high-resolution polygon meshes in a single acquisition cycle. Its core measurement principle relies on projecting calibrated fringe patterns onto the object surface and reconstructing 3D coordinates via real-time stereo matching across three synchronized high-dynamic-range CMOS sensors. This multi-view geometry eliminates blind spots and significantly reduces the need for repositioning—even on highly reflective, complex freeform surfaces—enabling robust data capture under variable ambient lighting conditions. Designed as a modular platform, the ATOS Q supports manual, semi-automated, and fully automated configurations, making it suitable for both lab-based R&D validation and high-throughput production line inspection.

Key Features

• Triple-sensor optical head with synchronized left/right/center cameras for simultaneous multi-angle acquisition—reducing scan passes by up to 40% compared to dual-camera systems.
• Self-monitoring calibration and real-time environmental compensation: automatic ambient light detection, on-the-fly sensor drift correction, and continuous verification of system alignment during motion.
• Lightweight ergonomic design: 4 kg handheld probe with carbon-fiber tripod compatibility for portable field metrology without sacrificing repeatability.
• Integrated hardware-software synchronization: seamless integration with GOM ROT 350 rotary tables and ATOS ScanBox 4105 automated metrology cells.
• Virtual Measuring Room (VMR) environment within GOM Inspect software: enables offline path planning, robot motion simulation, collision avoidance validation, and pre-run metrological feasibility analysis—no robotics programming expertise required.
• Robust optical engine featuring high-intensity LED illumination optimized for low-specular and high-gloss surfaces, minimizing hotspots and enabling stable measurement on polished metals, composites, and injection-molded plastics.

Sample Compatibility & Compliance

The ATOS Q accommodates parts ranging from small precision components (e.g., turbine blades, medical implants, gear teeth) to large-scale assemblies (up to 2 m in diagonal measurement volume with optional extension kits). It delivers traceable measurements compliant with ISO 10360-8 (coordinate measuring machines using optical distance sensors) and supports uncertainty budgeting per VDI/VDE 2634 Part 2. The system meets requirements for GLP/GMP environments when used with audit-trail-enabled GOM Inspect PRO and configured with role-based access control, electronic signatures, and 21 CFR Part 11–compliant data archiving workflows. Surface finish independence allows reliable scanning of matte, satin, anodized, or electroplated finishes without spray coating—critical for first-article inspection and reverse engineering applications.

Software & Data Management

All ATOS Q systems ship with GOM Inspect PRO—a certified metrology software platform supporting GD&T evaluation (ISO 1101), deviation analysis, cross-sectioning, comparison against CAD (including nominal/tolerance-aware mesh alignment), and automated report generation. Raw scan data is stored in vendor-neutral formats (STL, PLY, ASCII XYZ) and can be exported to third-party CAE tools (e.g., ANSYS, HyperMesh) via direct API integration. For enterprise deployment, GOM Metrology Suite offers centralized license management, version-controlled project repositories, and SQL-based database connectivity for SPC dashboards and MES integration. All software modules support configurable user permissions, timestamped audit trails, and encrypted local/cloud backup per ISO/IEC 27001 guidelines.

Applications

• First-article inspection and production part approval (PPAP) in automotive and aerospace OEM supply chains.
• Digital twin creation for tooling validation, die tryout analysis, and stamping process optimization.
• Reverse engineering of legacy components lacking CAD documentation—especially in maintenance, repair, and overhaul (MRO) operations.
• Deformation analysis of composite laminates under thermal or mechanical load using time-series 3D scans.
• Quality gate verification in additive manufacturing—detecting warpage, layer misalignment, and dimensional drift across build plates.
• Ergonomic and anthropometric studies requiring high-fidelity human body surface capture without contact constraints.

FAQ

Is the ATOS Q compatible with existing CMM fixtures and coordinate systems?
Yes—the system supports universal datum alignment via best-fit, iterative closest point (ICP), or feature-based referencing, and exports results in standard DMIS and STEP AP242 formats for interoperability with major CMM controllers.
Does GOM provide factory calibration certificates traceable to national standards?
Each ATOS Q unit ships with a DIN EN ISO/IEC 17025–accredited calibration certificate issued by GOM’s DAkkS-accredited metrology lab, including uncertainty values at multiple working distances and field-of-view configurations.
Can the ATOS Q perform real-time scanning during robotic motion?
When integrated into ScanBox 4105 with KUKA or ABB robots, the system executes synchronized motion-scanning sequences with sub-millisecond trigger latency, enabling dynamic capture of moving parts or in-process monitoring.
What training and technical support options are available post-purchase?
GOM offers on-site installation qualification (IQ), operational qualification (OQ), and performance qualification (PQ) services, plus certified operator training courses aligned with ISO 17025 competency requirements and annual software update subscriptions with priority remote diagnostics.