- Stock: In Stock
- Model: 00-00013130
Revopoint MetroY: Portable 3D Scanner
The Revopoint MetroY is a compact handheld 3D scanner developed for professionals who require high precision in object digitization. With advanced blue laser technology and versatile scanning modes, it is optimized for accurate indoor applications ranging from industrial inspection to reverse engineering.
Main Features
Advanced Blue Laser System
The MetroY employs 30 cross lasers, 15 parallel lasers, and an additional single-line mode. This configuration provides reliable capture of narrow cavities, edges, and detailed surfaces that are often challenging for standard scanners.
Accuracy and Measurement Reliability
The device achieves single-frame repeatability of 0.01 mm and overall accuracy up to 0.02 mm. Volumetric accuracy follows the formula 0.02 mm + 0.04 mm × L(m), ensuring dependable results for both small and medium-sized objects.
Resolution and Point Distance
With a minimum point spacing of 0.05 mm, the MetroY can reproduce fine features and subtle geometry with exceptional clarity.
Working Distance
Operates effectively within 200–400 mm, with coverage ranging from 123 × 130 mm at the closest distance to 290 × 260 mm at maximum range.
High-Speed Data Capture
In multi-line mode, the MetroY records up to 1.5 million points per second, allowing for rapid acquisition without compromising precision.
Key Benefits
No spraying required in most cases — blue lasers reduce the need for surface treatment even on reflective or dark materials.
Lightweight and portable — weighing less than 0.5 kg, the device is easy to carry and suitable for both field and lab use.
Integrated software tools — the Revo Metro suite supports scanning, post-processing, and export into multiple widely used formats.
Built-in temperature sensor to prevent temperature distortion of accuracy.
- Wireless Scanning (WiFi, Built in Chip Computing - Depth Computing)
Safety and Use Considerations
The MetroY uses a Class-1 blue laser, safe for standard operation. Direct exposure to highly reflective or optical surfaces should be avoided to prevent potential beam reflection.
