ZEISS ATOS Q1 Industrial 3D Optical Scanning System

Overview

The ZEISS ATOS Q1 is a high-precision industrial optical 3D scanning system engineered for non-contact, full-field surface digitization of complex components in demanding metrology environments. Based on structured light triangulation with triple-camera sensor architecture (3-in-1 lens system), the ATOS Q1 captures dense point clouds and high-resolution polygon meshes with sub-micron-level repeatability under controlled conditions. Unlike laser line scanners or contact CMMs, the ATOS Q1 employs synchronized stereo imaging—leveraging two lateral cameras and a central projector—to acquire three independent viewpoints in a single exposure. This eliminates the need for multiple repositioning steps on highly reflective or geometrically intricate parts, significantly reducing measurement cycle time while minimizing occlusion-related data gaps. The system’s core optical design adheres to ISO 10360-8 (CMM verification) and ISO/IEC 17025 traceability frameworks, ensuring compliance with quality management systems required in aerospace, automotive, and medical device manufacturing.

Key Features

• Triple-sensor optical head with simultaneous left/right/central image capture for true 3-in-1 multi-angle acquisition
• Self-monitoring calibration engine that continuously verifies sensor alignment, projector focus, and ambient light interference during operation
• Real-time environmental compensation: automatic detection and correction for ambient illumination fluctuations and thermal drift
• Lightweight carbon-fiber scanning head (4 kg) compatible with handheld, tripod-mounted, robotic-arm-integrated, or fully automated ScanBox configurations
• Integrated virtual measuring room (VMR) software environment for offline path planning, collision checking, and metrological simulation prior to physical deployment
• Robust hardware architecture certified for continuous operation in ISO Class 7 cleanrooms and production-floor environments (IP53-rated enclosure)

Sample Compatibility & Compliance

The ATOS Q1 supports measurement of parts ranging from 10 mm to 1,200 mm in nominal size, including metallic surfaces (polished, anodized, machined), composites, ceramics, and injection-molded plastics. Its adaptive fringe projection algorithm mitigates specular reflection artifacts without requiring spray-based matting agents—critical for first-article inspection and serial production QA. The system complies with ISO 15530-3 (calibration using calibrated workpieces), VDI/VDE 2634 Part 2 (optical 3D measuring systems), and supports audit-ready documentation per FDA 21 CFR Part 11 and EU Annex 11 when deployed with GOM Inspect Professional and validated workflows. Traceable calibration certificates are issued by ZEISS-certified labs accredited to ISO/IEC 17025.

Software & Data Management

GOM Inspect Professional serves as the native post-processing platform, enabling deviation analysis against CAD (STEP, IGES, JT), GD&T evaluation (ISO 1101), mesh comparison, and automated report generation. All measurement sessions include full audit trails: timestamped sensor logs, environmental metadata (illuminance, temperature), operator ID, and version-controlled software configuration. Data export supports ASAM MCD-2 MC, QIF, and PMI-embedded STEP AP242 formats for seamless integration into PLM ecosystems (Teamcenter, Windchill, 3DEXPERIENCE). Optional GOM Control software enables remote monitoring, fleet-wide firmware updates, and predictive maintenance alerts based on optical component usage metrics.

Applications

• Aerospace: Turbine blade profile validation, composite layup conformity checks, and reverse engineering of legacy tooling
• Automotive: Body-in-white gap-and-flush analysis, die-cast part dimensional verification, and prototype surface quality assessment
• Medical Devices: Dimensional conformance of orthopedic implants, dental prostheses, and additive-manufactured surgical guides
• Tool & Die: Mold cavity inspection, wear analysis of injection molds, and NC program verification via STL-to-CAD comparison
• Academic Research: Digital archiving of cultural heritage artifacts, biomechanical surface morphology studies, and materials deformation tracking

FAQ

What distinguishes the ATOS Q1 from previous ATOS generations?

The ATOS Q1 integrates a redesigned optical engine with higher quantum efficiency sensors, improved thermal stability in the projector module, and enhanced real-time self-calibration routines—resulting in up to 30% faster scan acquisition and reduced dependency on manual recalibration intervals.
Is the ATOS Q1 compatible with existing GOM software licenses?

Yes—GOM Inspect Professional v2023.0.1 and later support backward compatibility with ATOS Q1 datasets; however, advanced features such as VMR-based robot programming require GOM Control v2024.x.
Can the system be validated for regulated industries (e.g., ISO 13485 or AS9100)?

Absolutely—the ATOS Q1’s documented uncertainty budgets, traceable calibration procedures, and electronic record integrity meet requirements for GLP/GMP and regulated QA environments when implemented with validated SOPs and change-controlled software versions.
Does ZEISS provide factory acceptance testing (FAT) for ScanBox-integrated installations?

Yes—ZEISS-certified metrologists conduct on-site FAT per ASTM E2917, including volumetric accuracy verification across the entire working volume and repeatability testing under simulated production load conditions.