When you invest in 3D scanning equipment, you need a partner, not just a vendor. With over 25 years experience in 3D scanning, reverse engineering and Inspection- 3D Printer Superstore has a dedicated team of Industrial Designers and Engineers who use this technology daily. We can provide deep technical consultation to ensure the equipment fits your specific engineering or inspection workflow, backed by a team that understands the practical realities of high-end 3D scanning.

No. The Einstar EZ GO can operate entirely from your smartphone via the EXStar Mobile app, eliminating the requirement for a laptop during data capture. Processing-intensive tasks like 3D Gaussian Splatting are handled natively in the cloud.

Technical Insight: Mobile processing completely shifts the scanning paradigm. The EZ GO pairs wirelessly with your phone over Wi-Fi 6. You scan, preview, and manage projects directly on the mobile interface. Heavy processing workloads are offloaded to Shining 3D's cloud architecture. This ensures users without high-tier GPU laptops can still generate high-resolution mesh data. For users requiring advanced post-processing control, an optional USB-C wired connection to the EXStar Hub on a PC remains available to maximise data transfer stability.

The AI tracking and IR VCSEL mode effectively capture black and low-texture geometry. The integration of 3DGS technology captures highly reflective materials and glassware far better than traditional geometry-only scanners.

Technical Insight: Dark and shiny surfaces typically scatter structured light, causing tracking loss. The EZ GO mitigates this through advanced AI tracking algorithms that adaptively optimise feature recognition in real-time. Cloud-based 3D Gaussian Splatting fuses multi-view photographic data with precision scan geometry. This creates a volumetric representation that retains specular highlights and physical reflections. For highly transparent glass or flawless mirror finishes, applying a light vanishing 3D scanning spray is still recommended for optimal geometric mesh generation.

3DGS fuses multi-view high-resolution images from the texture camera with precise geometric data collected by the depth cameras. This renders true-to-life volumetric colour models instead of traditional flat polygon meshes

Technical Insight: Traditional photogrammetry struggles with fine details like hair, fur, or fabric creases and folds. 3DGS changes this. By computing the data in the cloud, the EZ GO overcomes local hardware limits and outputs highly realistic digital assets. The RGB texture camera continuously captures scene data while the VCSEL and laser projectors map the geometry. This dual-pipeline approach ensures the final output maintains accurate physical proportions while projecting hyper-realistic surface textures, essential for AR/VR content and digital archiving.

Yes. The device features built-in dual-channel optical filtering that facilitates outdoor scanning in lighting conditions up to 80,000 lux without requiring external filters.

Technical Insight: Sunlight interference is a common bottleneck for infrared and structured light scanners. The EZ GO resolves this through integrated hardware filtering. Whether using the Blue Laser or Infrared VCSEL modes, the scanner aggressively rejects ambient light noise. This specific capability allows users to capture automotive parts in a driveway, architectural details on site, or outdoor sculptures without waiting for overcast conditions or setting up shade tents.

The GO battery grip contains a 5,400 mAh cell, providing up to 2 hours of continuous scanning. The unit communicates with your smartphone entirely wirelessly via Wi-Fi 6.

Technical Insight: The physical architecture splits into two modules: the EZ scanner core (125g) and the GO battery grip (163g). Snapping the two together creates a self-sufficient, single-handed scanning ecosystem. Wi-Fi 6 integration ensures the high-bandwidth data stream between the scanner and the phone remains stable, devoid of cable snags. Once the initial pairing profile is saved, the device connects instantly upon powering up.

No. The EZ GO offers marker-free scanning in both Laser and Infrared modes.

Technical Insight: Applying physical reference dots adds significant preparation time to reverse engineering workflows. The EZ GO leverages its AI Tracking Algorithm to sustain spatial awareness based on object geometry and real-time movement. For capturing highly symmetrical objects, large flat surfaces with zero distinguishing features, or ultra-precision mechanical parts, the software still supports hybrid, texture, and global-marker alignment modes. This offers professional flexibility when the geometry alone is insufficient for tracking.

Laser HD utilises 30 crossed blue laser lines for sub-millimetre detail on industrial parts. IR Rapid uses VCSEL infrared light for fast, eye-safe capture of people, medium-to-large objects, and organic shapes.

Technical Insight: The scanner intelligently combines two distinct hardware sets. The Laser HD mode captures at 1,150,000 points per second with a resolution down to 0.05 mm, ideal for complex mechanical structures, deep holes (using the single-line laser), and intricate grooves. The IR Rapid mode broadens the field of view to 610 x 660 mm and accelerates capture to 6,550,000 points per second. This makes it highly efficient for scanning body parts, furniture, and large automotive panels where extreme micro-detail is secondary to speed and field of view.

The EZ GO natively exports raw data in STL, OBJ, PLY, 3MF, and ASC formats.

Technical Insight: Versatility in data export ensures seamless integration into existing CAD and 3D printing pipelines. STL remains the standard for immediate slicing and FDM/Resin 3D printing. For full-colour applications, including advanced PolyJet printing or digital rendering, OBJ, PLY, and 3MF formats retain the rich texture maps captured by the RGB camera. Point cloud data can be exported as ASC for direct integration into high-end metrology and reverse engineering software environments.

Yes. The Real-Time Target Extraction intelligently isolates the primary subject from background noise during the live scan.

Technical Insight: Removing a tabletop or background walls from a mesh traditionally requires manual lassoing and deletion in post-processing. The EZ GO uses AI segmentation to detect the target object's outline dynamically. By effectively ignoring background geometry during the point cloud generation phase, it drastically reduces file size and cuts down mesh clean-up time. Users receive a cleaner, ready-to-use digital asset straight from the mobile application.

Yes. IR Rapid mode runs on an infrared VCSEL light—it’s invisible to the subject and completely eye-safe.

Technical Insight: The device operates within Class 1 laser safety standards. When scanning human subjects, the VCSEL projector replaces the intense blue laser grid with a soft, non-invasive infrared pattern. This eliminates the discomfort of bright flashing lights, making it ideal for orthotics, prosthetics, and capturing digital avatars. The wide 610 x 660 mm field of view in IR mode ensures rapid capture of the human form before the subject shifts or moves.