Magnetic Cubic Positioning Target
Magnetic Cubic Positioning Target
Magnetic Cubic Positiong Target 6mm is multi-surfaces and durable 3D Scanner Accessory with 6mm positioning target for quick scanning setup. Before scanning, they can be placed on the table directly or attached closely on the surface of metal part, which not only can reduce preparation time significantly, but also provides smooth scanning angles for triangulation recognition. After scanning, you can easily collect back for next time use without spending long time to remove them.
Features
Durable 3D Scanner Accessory
Quick Scanning Setup
Great Performance for smooth scanning
Super Cost-Effectiveness
Small Dots, Connecting the Physical to the Digital. Superior Reflection, Anchoring Precision in Every Scan.
Specifications
| Part Number | CPT13-MGN-RR-ID-6 |
| Coding | Uncoded |
| Reflection Type | Retro-reflective |
| Diameter (ID) | 6 mm |
| Diameter (OD) | 10 mm |
| Number of surfaces | 13 |
| Adhesion | Magnetic (M) |
| Material | PETG |
| System Compatibility | All portable 3D Laser Scanners in the market |
The Reference Standard for 3D Accuracy, Seeing What Matters Most.
"We used to struggle with 'data drifting' when scanning large automotive stamping dies. Since switching to target 3D targets, the point cloud alignment is rock-solid. The retro-reflectivity is consistent even at distances over 4 meters. It cut our post-processing time by at least 20%."
John SmithExcellent product! 
"The adhesive on these targets is a game-changer. We work in a high-vibration environment, and standard markers kept falling off. Target 3D's targets stay put throughout the entire scan cycle and leave no residue on the delicate surface of our composite parts."
Chantell BasticPowerful, quiet, and smart AC! 
"For reverse engineering projects, we need targets that can be removed and re-applied without losing their flatness or reflectivity. These are the only targets we’ve tested that maintain micron-level accuracy across multiple uses. Highly recommended for serious metrology work."
Leopoldo AmisIt could be better! 