Shining 3D Marqueurs pour scanner 3D (6 mm)

These 6mm 3D scanner markers provide reliable reference points for capturing uniform or repetitive surfaces with high precision. Designed to be easy to apply or position around the object, they improve scanner tracking and data fidelity. Compatible with most 3D scanners, they are ideal for users who require greater accuracy and consistency in difficult-to-scan areas.

Main features

• Inner diameter: 6.0 mm, outer diameter: 10.0 mm
• Total of 2,880 marker points
• Improves accuracy on featureless or repetitive geometries
• Adhesive or external application around the object
• Requires a minimum of 4 visible markers per frame
• Optimal distance between markers: 6 to 10 cm

Precise marker design

Each marker measures 6.0 mm internally and 10.0 mm externally, creating a compact yet distinct reference point. The set includes a total of 2,880 markers, offering flexibility in placement and density.

Improved scanning performance on difficult surfaces

When scanning objects with simple, flat, or repetitive geometries, standard scanners often struggle to maintain consistent alignment. These markers introduce recognizable patterns that the scanner can lock onto, ensuring accurate acquisition even in difficult areas.

Flexible placement options

You can apply markers directly to the object's surface, or, if you prefer not to apply them directly, arrange them around the object as external reference points. The scanner uses them to better track position and orientation throughout the scanning process.

Best practices for use

• For optimal tracking, use between 8 and 15 markers per frame; at least 4 should be visible at all times.

• Place the markers about 6-10 cm apart, never closer than 2 cm.

• Arrange the markers randomly and non-linearly, so that the scanner can easily distinguish them.

• In complex or symmetrical shapes, markers help break up uniformity and maintain consistent alignment.

• For best results, always use original markers to ensure accurate detection and reliable performance.