Original – Shining 3D Freescan X5 Laser Scanners

Description

Shining 3D Freescan X5 Laser Scanners

Original – Shining 3D Freescan X5 Laser Scanners

FreeScan X5 from SHINING 3D is a portable laser scanner with a 300 x 250 mm scanning field. It is characterized by high accuracy and stability. The FreeScan series are metrological scanners, their accuracy is determined on the basis of the restrictive German standard VDI / VDE 2634 and is confirmed by certified measuring laboratories.

belongs to the SHINING3D series of industrial 3D laser scanners. SHINING3D 3D scanner is small in size and weighs only 0.95 kg. This makes it possible to use it to scan various objects. Laser technology allows you to scan objects with a metallic, reflective surface.

SHINING3D FreeScan X5 3D scanner uses laser technology for scanning, which makes it characterized by high accuracy and quality of mapping real objects to the form of digital 3D models. They have no restrictions related to the color or texture of the scanned object as it is the case with scanners working in structured light technology.

Unlimited 3D scanning

SHINING3D FreeScan X5 3D scanner has the ability to adapt the scan settings to the room in which the scanning process takes place. You can scan in an internal, external and other complex environment.

Mobility and ease of use

FreeScan X5 is a hand-held scanner weighing just 0.95 kg. It has a flexible and convenient scanning mode. It guarantees high accuracy and stability. It allows you to maximize your scanning performance, which allows you to achieve excellent results.

The use of SHINING3D FreeScan X5 3D scanner laser technology ensures perfect results when scanning indoors and outdoors. Laser technology also makes it possible to scan hard-to-reach places – including holes, which are often inaccessible to structured light scanners.

High compatibility

SHINING3D FreeScan X5 3D scanner is compatible with 3D DigiMetric SHINING photogrammetric systems that are used to measure large details. Photogrammetry is a measurement method in which the 3D coordinates of reference points are obtained by processing photos from a digital camera. The DigiMetric system is used to calculate the 3D coordinate values ​​of markers stuck to the surface of an object, which are then applied to a fixed coordinate system, which is then used to precisely combine large-size scans. The use of the DigiMetric system increases the precision of scanning large objects and significantly speeds up the entire digitization process.