Revopoint MetroX 3D Scanner

What accuracy can I expect from the MetroX scanner?

The MetroX delivers single-frame precision up to 0.01mm with overall accuracy reaching 0.03mm. The volumetric accuracy formula is 0.03mm + 0.1mm × L(m) where L equals the object length in metres. Fused point cloud distance achieves 0.05mm, making it suitable for industrial measurement, quality control and reverse engineering applications requiring professional-grade precision.

Can the scanner handle dark or reflective surfaces without spray?

Yes, the MetroX uses 14 crossed blue laser lines with GPU acceleration to scan dark and shiny surfaces without requiring scanning spray. The blue laser technology operates at up to 60fps and effectively captures mechanical parts, moulds and reflective objects that typically challenge other scanners. This eliminates the need for surface preparation and post-scan cleaning.

What are the minimum computer requirements for running the scanner?

For Windows systems, you need Intel i7 12th Gen or AMD Ryzen 7 5800 CPU with at least 32GB RAM. An optional NVIDIA GeForce RTX 3050 (8GB) GPU helps with processing. Mac users require M1 Pro/Max/Ultra with 16GB RAM minimum. The CPU should have 8+ cores, 16+ threads and 2.4GHz+ base frequency for optimal performance.

How does the Auto Turntable mode work?

The Auto Turntable mode provides fully automated scanning using the included dual-axis turntable and tripod. Simply place your object on the turntable, select the mode and the system automatically rotates the object whilst capturing metrology-grade point clouds with colour information. This eliminates manual positioning and ensures complete 360-degree coverage with consistent quality.

Which file formats does the scanner output?

The MetroX outputs seven different file formats: PLY, OBJ, STL, ASC, 3MF, GLTF and FBX. This wide compatibility ensures your scanned data works with most 3D software applications, CAD programs and 3D printers. The variety of formats supports different workflows from 3D printing to professional CAD modelling and reverse engineering.

What is the working distance range for scanning?

The MetroX operates within a working distance of 200-400mm from the object being scanned. This range provides optimal laser focus and accuracy whilst giving you flexibility in positioning. The distance allows scanning of various object sizes whilst maintaining the high precision specifications throughout the working envelope.

How fast can the scanner capture data?

Scanning speed varies by mode. Multi-line laser mode captures 800,000 points per second whilst Full-field structured light mode reaches up to 7,000,000 points per second. The high capture rates reduce scanning time significantly, making the MetroX efficient for both detailed precision work and rapid prototyping applications where speed matters.

What tracking modes are available and when should I use each?

Feature tracking works best with objects having rich surface details and textures. Marker tracking suits plain, featureless surfaces where you place physical markers for reference. Global Marker mode improves volumetric accuracy for complex geometries requiring precise measurements. Choose the tracking mode based on your object's surface characteristics and required accuracy level.