Hello, everyone! I’m excited to share a series of posts on effectively using the Revopoint MetroX scanner. These posts are designed to help you master scanning techniques, particularly when working with challenging surfaces and complex objects.
credit to the MetroX stl file from @ivan
Setup Details:
- Device Used for Scanning:
I’m using a MacBook Pro 2021 (M1 Pro, 16GB) for these scans. Previously, I used a desktop with an Intel i9 13900H processor, but I chose the M1 Pro for its mobility. Interestingly, I’ve noticed no significant performance difference, as both setups achieve consistent scanning speeds of 45.3 to 48 FPS in both cross and parallel laser modes.
- Mousepad as a Base:
For the base, I placed a mousepad under my items. Although the reflective surface of my coffee table doesn’t directly impact the scanning process, I found it more convenient and visually organized to use the mousepad.
Scanning Tips for All
- Markers Are Mandatory:
• For both cross and parallel laser modes, scanning markers are mandatory. The scanner relies on these markers for positioning and alignment—you won’t be able to scan without them.
- Start Perpendicular, Then Angle the Scanner:
• Begin your scan perpendicular (90°) to the surface of the object to capture the most detail. After completing the 90° scan, adjust the scanner to a 45° diagonal angle to ensure all edges and features are captured.
- Move the Scanner Itself:
• For better coverage, physically tilt and move the scanner at different angles around the model. This technique enhances data capture and is applicable to any 3D scanner.
(Reference: Video Guide and Explanation)
| 4. | Multi-Angle Scanning for a Perfect Mesh: | |
|---|---|---|
| • | To achieve a perfect mesh, scan the object from multiple angles. Focus on capturing areas with common or identical geometry, as this makes merging the scans significantly easier. |
Scanning Shiny Surfaces
Example Scan: Door Handle
• Material: Silver reflective surface.
• Tips:
• Adjust the scanner settings to handle reflective surfaces.
• Use cross laser mode for capturing intricate details on shiny objects.
• Work in a controlled lighting environment to minimize interference.
