3D scanner Dymo Revopoint MetroY — compact portable device, model METRO-Y

Dymo Revopoint MetroY is a compact portable 3D scanner designed for capturing the surfaces of objects and small to medium-sized parts with precision. The METRO-Y model supports both handheld and desktop scanning modes and is intended for use with compatible 3D scanning software to obtain detailed geometry for reverse engineering, quality inspection, prototyping, and digital archiving.

Advantages

The MetroY combines a small form factor with a measurement-focused optical system to deliver accurate surface capture while remaining easy to transport and set up. Its compatibility with common 3D scanning software allows integration into existing workflows, and the ability to operate in handheld or stationary modes provides flexibility for different scanning scenarios. The scanner is optimized for capturing fine geometry on parts and objects where portability and repeatable results are required.

Suitable for

• Reverse engineering of small to medium mechanical parts
• Quality inspection and dimensional comparison of prototypes
• Rapid prototyping and CAD model creation from physical objects
• Digital archiving of artifacts, collectibles, and design samples
• Education and research projects requiring portable 3D capture

Key specifications

• Form factor: compact, portable 3D scanner suitable for handheld and desktop use
• Measurement focus: surface geometry capture of small to medium parts and objects
• Output: high-resolution 3D geometry for reverse engineering, inspection and prototyping workflows
• Connectivity: designed to operate with compatible 3D scanning software for data acquisition and export
• Use cases: optimized for detailed surface capture, repeatable scanning sessions, and integration into inspection and CAD workflows

How to use

Set up the MetroY either on a stable desktop mount or hold it in hand for handheld capture, then connect it to a computer running compatible 3D scanning software. Position the scanner and the object to ensure sufficient coverage of the surfaces to be captured, and follow the software prompts to start scanning. Move the scanner or object smoothly to maintain consistent overlap between frames; after acquisition, use the software tools to align, clean, and export the 3D geometry in the required file formats for downstream processing.

Usage recommendations

For best results, scan in a controlled lighting environment and avoid highly reflective or transparent surfaces without proper matting. Use a turntable or fixtures for small parts to improve coverage and repeatability, and perform a calibration or verification scan if your workflow requires strict dimensional accuracy.