Shining 3D

Choose a SHINING 3D scanner around your objects and workflow: EINSTAR for digitisation, EinScan for professional 3D projects and FreeScan for metrology applications. Compare scanning technology, operating modes, computer requirements and package contents. Current prices and ordering options are shown on each product page.

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Choosing a SHINING 3D scanner

For design and digitisation, explore EINSTAR 2 and EINSTAR Rockit. Compare EinScan Rigil and Rigil Lite for professional workflows. FreeScan Trak Nova and Trak ProW form a separate group for measurement tasks where tracking and accuracy are central.

Start with the smallest feature you need to capture, the object size and its surface. Then check marker requirements, the required computer and data-processing workflow. Browse all 3D scanners to compare other options.

Frequently asked questions about Shining 3D

Are accuracy and resolution the same?

No. Accuracy describes how closely measurements match real dimensions; resolution concerns the fine detail represented. Compare specifications for the same scanning mode and conditions.

Does every model need a computer?

Workflows differ by scanner and mode. Check whether your chosen model scans independently and what it needs for subsequent processing before planning mobile use.

Which scanner suits reverse engineering?

Choose around part size, required accuracy and surface material. A scanned mesh usually needs further processing; a parametric CAD model also requires a suitable software workflow.