Clauss CyberGlobe – Système de photogrammétrie 3D entièrement automatisé

CyberGlobe is a fully automatic, high-precision 3D digitization system, designed to create detailed and dimensionally accurate photogrammetric models with minimal operator intervention.
You place the object on the transparent slide, start the scan with a single button, and get a textured 3D model ready for CAD, 3D printing, and online presentations.

Key Points

• Fully automatic 3D digitization: one-button workflow, no photographic skills required.
• Complete object acquisition from all directions without having to move or fix it, also ideal for flexible or delicate objects.
• Extreme detail: spatial resolution up to 300 dpi, extendable up to 5000 dpi for microscopic details, with shadow-free 300 dpi textures.
• Integrated 5600 K LED lighting, UV and IR-free, for uniform and conservative illumination on sensitive or valuable artifacts.
• 3D models immediately usable in major formats (e.g., OBJ), without complex post-processing steps.
• Compact desktop system, easily transportable and installable in a laboratory, archive, or museum.

Intended For

CyberGlobe is designed for organizations that need to digitize objects with high quality and repeatability, while maintaining the utmost care for the physical asset.

• Museums, archives, foundations, and cultural heritage institutions.
• Universities, research centers, and laboratories working on documentation, analysis, reverse engineering, or replication.
• Companies and artisans who need accurate 3D models for design and quality control.
• Forensic and legal medicine fields, where complete and non-invasive documentation of findings is essential.

How It Works

1. The operator places the object on the transparent slide.
2. With a single command, the fully automated shooting sequence is started.
3. CyberGlobe acquires the object from all directions, including the underside, thanks to the transparent support and combined camera and lighting control.
4. The system automatically processes the photogrammetric dataset and generates the 3D model in supported formats, ready for import into the target software.

Technical Specifications

• Spatial resolution: up to 300 dpi (up to 5000 dpi for microscopic details).
• Texture resolution: 300 dpi, homogeneous and shadow-free illumination.
• Maximum object size: approx. Ø 40 × 40 × 40 cm.
• Camera: sensor up to 80 megapixels, optimized for high-resolution imaging.
• Slide: transparent for complete object recording without blind spots.
• Lighting: 4 LED light panels, 5600 K, UV and IR-free, low reflection.
• Automation level: fully automatic scanning, one-button operation.
• 3D model calculation: automatic pipeline with export in major 3D formats, preferably OBJ.

Acquisition System

Description: Automatic 2-axis 3D scanner with integrated system lighting and embedded control

Maximum object dimensions: Ø400 mm x 400 mm

Maximum object weight: 20 kg

Acquisition range: 360° x ±55°

Maximum single image resolution: 80 MPixel, 12 Bit RGB

Maximum number of focus planes (Focus Stacking): up to 999 levels

System lighting: 4 x 50 Watt LED, 5600 ±200 K, adjustable

Power supply: 100…240 VAC, 50/60Hz, max. 300 W

Dimensions:

• In operation: 108 cm x 84 cm x 100 cm (H x W x D)
• For transport: 108 cm x 84 cm x 63 cm (H x W x D)

Weight: approx. 30 kg

Operating temperature: 10 °C … +40 °C

Storage temperature: 0 °C … +50 °C

Processing Software

PC Requirements for 3D Reconstruction

• 64-bit computer (CPU must support 64-bit processing and AVX2 instruction set)
• At least 8 GB of RAM
• 64-bit version of Windows 10, Windows 11, or Windows Server 2016 or higher
• NVIDIA graphics card with at least 1 GB of VRAM
• NVIDIA GPU must support CUDA CC 3.5 or higher (for better performance, CC 6.1 or higher is recommended)

Recommended configuration: computer with at least 4 CPU cores, 16 GB of RAM, and 1024 CUDA cores. To take advantage of the latest improvements in model creation and texturing, we recommend fast NVMe SSD drives and NVIDIA graphics cards with CUDA CC 6.1 or higher. The CPU must support at least the SSE4.2 (Streaming SIMD Extensions 4.2) instruction set or newer. To verify CUDA compatibility (CUDA 3.5+), ensure drivers are updated and consult the official list in NVIDIA developer resources.

PC Requirements for Gaussian Splatting

• Windows PC with the features listed above (except graphics card and RAM)
• At least 32 GB of RAM
• Nvidia GPU CC 7.5 or higher (GeForce RTX 2060, Quadro T400/RTX4000 or higher) with at least 6 GB of VRAM

The price of CyberGlobe is indicated "starting from" based on the chosen configuration (any additional accessories); for a personalized quote, you can request a quote via the 3Digital contact form. Price includes VAT.

Packaging and Transport Specifications

The product is supplied in a transport container with pallet and transport plate included for Cyberglobe.

• Packaging dimensions: 120 cm × 100 cm × 115 cm (L × D × H)

• Empty container weight: 60 kg

• Included: Skid/pallet + transport plate