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SHINING3D

Shining3D FreeScan Trak Nova Dynamic Tracking System

Référence: SHIN-C010198

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Dynamic Tracking 3D Scanner for Large-Scale Measurement
The Shining3D FreeScan Trak Nova is a dynamic tracking 3D scanning system integrating optical tracking, handheld scanning, and video photogrammetry (VPG) for accurate large-volume inspection.

Key Advantages for Large-Volume 3D Inspection

  • Markerless dynamic tracking for faster setup
  • Integrated VPG for consistent volumetric accuracy
  • All-in-one system: tracking + scanning + photogrammetry
  • Wireless and portable for on-site measurement
  • Large FOV combined with fine detail acquisition

Applications: Large Parts & Industrial Environments

  • Aerospace, rail, and energy components
  • Large assembly inspection and alignment
  • Shopfloor and production line quality control

Built for High Productivity Measurement Workflows

Combines wide-area scanning and local high-detail capture into a single dataset, reducing measurement time and improving efficiency.

Ask Analis local experts for a demo in the Benelux.

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    Documents connexes

    NOM DU DOCUMENT

    DATE DE SORTIE

    TÉLÉCHARGER

    Shining3D FreeScan Trak Nova brochure
    28 / 04 / 2026

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    Shining3D EinScan Rigil all-in-one Laser 3D Scanner

    Reference : SHIN-C010694

    Portable Hybrid 3D Scanning for Reverse Engineering and 3D Design

    The SHINING 3D EinScan Rigil is a portable, all-in-one handheld 3D scanner combining blue laser technology, infrared VCSEL scanning and integrated computing. Designed for engineering, reverse engineering and 3D digitisation, it enables detailed scanning of mechanical components and larger objects, with fully standalone, wireless or wired PC operation.

    How Does EinScan Rigil Combine Blue Laser and Infrared 3D Scanning?

    • Three operating modes: Scan and process data directly on the device, or connect to a PC via Wi-Fi 6 or USB-C for more demanding projects.
    • Hybrid scanning technology: 25+25 crossed blue laser lines enable high-speed capture, while 7 parallel laser lines capture fine geometric details. Infrared VCSEL scanning provides wider coverage for medium to large objects.
    • High-accuracy 3D capture: Laser HD mode delivers volumetric accuracy up to 0.04 mm + 0.06 mm/m and geometric resolution down to 0.05 mm.
    • Flexible scanning of challenging surfaces: Supports dark and reflective surfaces, outdoor scanning and marker-free laser scanning using hybrid tracking in EXScan Rigil software.
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    • Colour capture and 3D model processing: A 5 MP texture camera, onboard editing tools and EXScan Rigil PC software support textured 3D models and mesh preparation for downstream design applications.

    What Is the EinScan Rigil 3D Scanner Used For?

    • Reverse engineering and product development: Digitising mechanical components, prototypes and complex geometries for CAD reconstruction or redesign.
    • Automotive engineering and aftermarket: Capturing vehicle parts and assemblies for customisation, modification and fit assessment.
    • 3D printing and digital modelling: Creating digital models for reproduction, prototyping and custom manufacturing.
    • Cultural heritage, research and education: Digitising artefacts, artworks and objects for documentation, preservation and digital content creation.