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

What you can request

Scanning physical parts, objects, CAD design references, reproduction, or adaptation projects.
Models for 3D printing, catalog, rendering, visual inspection, or reverse engineering.
Digitizing existing parts when there are no reliable drawings or 3D files.

What we need to quote

Physical object, photos, and reference dimensions.
File use: mesh only, 3D printing, CAD redesign, inspection, or rendering.
Expected precision level and desired format: STL, OBJ, STEP, or another format.

Important limitations

Scanning does not automatically create editable CAD; reverse engineering is quoted separately.
Transparent, black, glossy, or highly reflective surfaces may require preparation.
Hidden areas, deep internal features, or very small parts can require additional capture work.

Quote

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How to prepare a better brief

Recommendation: write at least 120 characters in notes so the request has useful context.

What exactly do you need to fabricate, develop, or integrate?
How many parts, deliverables, or units do you need?
What material, process, color, or finish do you expect if already defined?
What approximate dimensions, scale, or work area does it require?
What is the end use: visual, functional, structural, display, or testing?
Do you already have STL, STEP, 3MF, OBJ, SVG, DXF, PDF, drawings, photos, or a physical part?
Do you have a target date, approximate budget, or important constraints?

Each project is quoted according to complexity, material, fabrication time, quantity, finish, and required design level. If you do not have a ready file, we can also help develop it.

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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

3D scanning for understanding the real part first and fabricating with precision afterward.

Tell us about your project

Let's talk about your project.

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