Wireless metrology 3D scanner FreeScan UE Nova

FreeScan UE Nova – wireless 3D scanner

FreeScan UE Nova – wireless 3D scanner for measuring large objects with metrological accuracy.

• Coverage area 2.6 × 2.2 m

• Scanning speed 1,020,000 t/s

• Maximum accuracy 0.02 mm

• Volumetric accuracy 0.02 mm + 0.015 mm/m

• Integrated video photogrammetry (VPG)

• Fully wireless

• Dynamic tracking

• Scanning without markers

The device can be used in the FreeScan Trak Nova coordinate measuring system.

Professional accuracy and scanning speed reeScan UE Nova

The FreeScan UE Nova handheld scanner is designed to perform high-precision measurements and quality control in various industries. Thanks to modern technologies and a wireless design, the device combines portability and accuracy, making it an indispensable tool for professionals.

3D scanning with UE Nova provides the highest accuracy thanks to 50 laser lines. The device is capable of collecting up to 1,020,000 points per second, which significantly speeds up the work process. The maximum measurement accuracy reaches 0.02 mm, and the volumetric accuracy is 0.02 mm + 0.015 mm / m, which meets the requirements of the metrological level.

Handheld laser scanner with wide capabilities

The UE Nova laser scanner is equipped with video photogrammetry (VPG) technology, which eliminates the need for markers. This allows you to easily work with large-sized objects, minimizing the preparation stages. The device offers a wide range of measurements, making it ideal for tasks of varying complexity.

How does SHINING 3D video photogrammetry (VPG) work?

Unlike traditional methods, the VPG system eliminates the need for coded markers, which reduces setup time by at least half, while maintaining a high level of volumetric accuracy.

Instead of installing multiple coded points, these devices use high-resolution cameras built into handheld 3D scanners, as well as photogrammetric scales. This allows you to quickly determine the spatial position of target points even on large objects.

Global Precision Management for Large Objects

Using powerful algorithms, VPG technology effectively manages the global precision of 3D scanning on large objects. This approach eliminates the need for complex preparation and ensures stable results even when working with large-sized structures.

SHINING 3D sets new standards for convenience and efficiency in working with high-precision 3D scanning systems

FreeScan UE Nova 3 scanning modes

• Near mode (300 ~ 800 mm): for detailed work in a limited space, allowing you to capture the smallest details.

• Standard mode (600 ~ 1500 mm): for general-purpose scanning tasks, offering a balanced range of both speed and detail.

• Far mode (1200 ~ 2600 mm): for very large objects, allowing you to quickly cover large areas.

Design advantages

• The Shining 3D FreeScan UE Nova scanner is portable and convenient:

• Cordless design: No cables for maximum freedom of movement.

• Replaceable batteries: Hot-swappable batteries ensure continuous operation even during long projects.

• Ergonomic design: The device weighs only 1 kg, which reduces the strain on the operator during long-term work.

Software and intelligent features

The FreeScan UE Nova handheld scanner is equipped with powerful software that simplifies the scanning process:

• Real-time data visualization: The user can monitor the quality of the scanned data during operation.

• Intelligent resolution adjustment: The device automatically adjusts the parameters depending on the geometry of the object.

• Support for large data processing: UE Nova allows you to work efficiently even with large projects, ensuring stability and accuracy.

Application in various industries

FreeScan UE Nova 3D scanning is successfully used in various fields:

• Engineering and industry: Parts scanning, wear and defect monitoring.

• Automotive: Component measurement, modification design and quality control.

• Power and heavy industry: Inspection of turbines, pipelines and large units.

• Railway and aviation industry: Inspection of complex structures and maintenance planning.