The S Neox Grand Format represents the evolution of non-contact 3D scanning, combining metrological precision, high resolution, and fast data acquisition for large objects. Thanks to its advanced structured light technology and state-of-the-art optics, this system provides a reliable solution for industrial applications, scientific research, and advanced quality control.
Technology and Performance
Dual-Scan Mode – Combined scanning mode for multi-scale acquisition, from large surfaces to microscopic details, without loss of accuracy.
High resolution up to 5 µm – Precision optical sensors capture even the finest details while maintaining sub-micron accuracy.
Customizable scanning volumes – Modular configurations adapt to different object sizes and geometries, with scanning areas exceeding 1 meter.
Advanced illumination – Proprietary algorithms optimize contrast and reduce shadows, enhancing the capture of challenging surfaces such as glossy, transparent, or highly reflective materials.
Acquisition speed up to 4 million points/sec – Dynamic pattern projection technology minimizes scanning time, improving workflow efficiency.
Seamless software integration – Compatible with leading reverse engineering, dimensional inspection, and 3D modeling software, ensuring a smooth data processing experience.
Key Applications
Manufacturing Industry – Quality control, dimensional inspection, and component digitization.
Cultural Heritage – High-resolution digitalization of artworks, sculptures, and historical artifacts.
Research & Development – Structural analysis, simulations, and advanced prototyping.
Medical and Biometric Applications – Morphological studies and applications in orthopedics and prosthetics.
The S Neox Grand Format represents the evolution of non-contact 3D scanning, combining metrological precision, high resolution, and fast data acquisition for large objects. Thanks to its advanced structured light technology and state-of-the-art optics, this system provides a reliable solution for industrial applications, scientific research, and advanced quality control.
Technology and Performance
Key Applications
Application Fields
Technical Features
Technology and Sensors
Precision and Resolution
Scanning Volumes and Areas
Speed and Data Acquisition
Software and Integration