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Creaform Go!SCAN 3D - Portable Scanner
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Creaform Go!SCAN 3D

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description Creaform Go!SCAN 3D Overview

The Creaform Go!SCAN 3D is a portable handheld laser scanner utilizing white light technology to capture detailed 3D measurements. It creates point cloud data for reverse engineering tasks, quality assurance inspections, and surface analysis across industries like automotive, aerospace, and manufacturing. Its compact design makes it suitable for on-site use by engineers, technicians, and inspectors needing accurate dimensional data.

help Creaform Go!SCAN 3D FAQ

Can the Creaform Go!SCAN 3D scan shiny or dark surfaces without spray?

The Go!SCAN 3D can capture many shiny and dark surfaces without requiring matte spray, thanks to its ability to use geometry, color, and texture for positioning. However, extremely reflective or mirror-like surfaces may still require surface preparation such as a thin coating of scanning spray for reliable data capture.

What software does the Go!SCAN 3D use for processing point clouds?

The scanner operates within Creaform's VXelements platform, which handles real-time acquisition, mesh generation, and data alignment. Exported STL or PLY files can then be brought into third-party tools like Geomagic Design X or PolyWorks for reverse engineering and quality inspection.

How does the Go!SCAN 3D compare to Creaform's HandySCAN 3D for metrology work?

The Go!SCAN 3D prioritizes ease of use and speed, relying on geometry and color tracking rather than requiring positioning targets like the HandySCAN 3D. The HandySCAN generally delivers higher metrology-grade accuracy and is preferred for tighter-tolerance applications, while the Go!SCAN is favored for rapid scanning of complex, freeform surfaces.

Do I need to apply positioning targets to the object before scanning with the Go!SCAN 3D?

One of the key advantages of the Go!SCAN 3D is that it does not require adhesive targets on the object surface for most scans, unlike target-based systems. Targets may still be added for very large or geometrically uniform parts where the scanner's natural tracking might struggle to maintain alignment.

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