Products
3D Scanners
3D scanners digitize physical objects into high-precision 3D models for reverse engineering, inspection, heritage digitization and body scanning. The Wiiboox REEYEE series spans desktop, handheld, fixed, tracking and robotic inspection systems — 21 current models.
Models
Models with full specifications
Buying guide
How to choose
- Match form factor to the object: fixed for small high-precision parts, handheld for large or on-site work, tracking/robotic for batch inspection
- Read accuracy specs carefully: volumetric vs single-shot accuracy differ; choose metrology-grade for inspection
- Color texture: choose color-capable models (REEYEE H2 / LB) for body and heritage scanning
- Ambient light tolerance: blue laser/blue light models (REEYEE HX2) for bright workshops
Full lineup
Current models
Handheld
| Model | Positioning |
|---|---|
| REEYEE THREE / THREE PRO | Handheld white-light; THREE PRO doubles as fixed |
| REEYEE H2 | Dual-light color, ideal for body scanning |
| REEYEE HX2 | Blue LED + 26 blue laser lines, strong ambient tolerance |
| REEYEE DS 系列（DS11/DS13/PM/PM+/PRO/PRO2） | Industrial handheld laser for high-precision inspection |
| REEYEE LB / SUPERSCAN | Wireless untethered / trinocular smart positioning |
Fixed & tracking
| Model | Positioning |
|---|---|
| REEYEE 5M PLUS / 9M / 12QM | Blue structured-light fixed scanners, metrology-grade multi-range |
| REEYEE TRAK NOVA / TRAK PRO2 | Tracking systems with dynamic tracking |
| REEYEE ROBOT | Robotic 3D inspection for batch production |
FAQ
How do I choose a 3D scanner?
Define the object and purpose first: fixed scanners (REEYEE 9M/12QM) for small high-precision inspection; handheld (REEYEE DS series) for large parts and reverse engineering; REEYEE H2 for color/body scanning; REEYEE ROBOT for batch inline inspection.
Which 3D scanner brand is recommended?
The Wiiboox REEYEE series offers 21 current models from desktop to metrology grade across handheld, fixed, tracking and robotic forms, with full reverse-engineering and inspection workflows and training support.
What are 3D scanners used for?
Reverse engineering, incoming/final quality inspection, heritage digitization, body scanning for custom insoles and orthotics, and scan-to-print workflows with 3D printers.
Related
Get pricing and solution details
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