Product Description
FreeScan UE Nova: Wireless Metrology 3D Scanner for Large-Scale Precision. The FreeScan UE Nova sets a new standard in industrial 3D metrology, offering an unmatched combination of wireless freedom, rapid scanning speed, and metrology-grade accuracy for large objects. Designed for professionals in automotive, energy, heavy industry, and engineering, this handheld laser scanner delivers high performance and versatility right on the shop floor or in the field.
Key Features & Benefits:
- Completely Wireless Operation: Experience maximum freedom of movement without being tethered by cables, thanks to integrated wireless modules and hot-swappable batteries that ensure continuous scanning.
- Expansive & Ultra-Fast Scanning: Capture large objects efficiently with an extra-large field of view (FOV) of up to 2.6 × 2.2 meters and an ultra-fast scanning speed of up to 1,020,000 points per second using 50 laser lines.
- Marker-Free Accuracy with VPG: SHINING 3D's patented Video Photogrammetry (VPG) technology is integrated to provide reliable, high volumetric accuracy without the need for coded markers, streamlining the setup process for large projects.
- Flexible Scanning Modes: Adapt to diverse conditions with three adjustable working ranges: Near Mode for intricate details in tight spaces, Standard Mode for general purposes, and Far Mode for very large objects.
- Superior Material Compatibility: The scanner is compatible with common industrial materials, including dark, polished, and reflective surfaces, often without needing surface preparation.
- Intelligent Software: Powerful software features real-time data visualization, intelligent resolution adjustment, and seamless export to third-party inspection software like Geomagic Control X and Verisurf.
- Portable and Ergonomic: Weighing just 1.6 kg, its lightweight design reduces operator strain during long-term projects and is easy to transport in a portable case.
The FreeScan UE Nova is the ideal solution for high-precision measurement, quality control, and reverse engineering of large-scale components.
