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3D Scanning
3D scanning for understanding the real part first and fabricating with precision afterward.
Applied digitization for spare parts, technical documentation, and reverse engineering.
Process specifications
Working distance
160 to 1400 mm
Optimal distance
400 mm
Maximum field of view
434 x 379 mm
Point distance
0.1 to 3 mm
- SHINING 3D Einstar handheld structured-light scanner for capturing real parts.
- Point distance: 0.1 to 3 mm depending on setup and working distance.
- Working distance: 160 to 1400 mm; optimal distance is around 400 mm.
- Maximum field of view: 434 x 379 mm at the optimal distance.
Materials
- Physical parts
- Assemblies
- Reference geometries
Technical process details
The process captures real geometry to produce meshes, dimensional references, and a base for redesign or reproduction.
It works best when the goal is to document, replicate, or adapt an existing part before fabricating again.
Reflective, transparent, or occluded surfaces usually require additional preparation and geometry cleanup afterward.
Typical outcomes
- Meshes
- Reference captures
- Base geometry for redesign
Quote
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Contact
Let's talk about your project.
Location: Leon, Guanajuato, Mexico
Service area: Leon, Guanajuato and projects across Mexico
Email: contacto@nectartech.com.mx
Phone / WhatsApp: +52 1 477 271 8568
Instagram: instagram.com/nectartechmx