Ommatidia LiDAR joins ScanClouDT – marking a new era for traceable 3D scanning technologies built on precision, reproducibility, and collaboration. Last week marked a major milestone with the official kick-off of the ScanClouDT project. This groundbreaking European research initiative, hosted by Physikalisch-Technische Bundesanstalt (PTB), aims to redefine quality and standards in 3D scanning through digital simulation, interoperability, and metrological traceability.
At Ommatidia LiDAR, we are proud to be part of this ambitious initiative. We are contributing our expertise in multi-channel LiDAR systems to improve the accuracy, reproducibility, and traceability of point cloud data in 3D metrology. Moreover, this project aligns closely with our vision for advancing traceable 3D scanning technologies on a global scale.
ScanClouDT (Traceable Digital 3D Scanning Tools) is a EURAMET co-funded project addressing major challenges in modern 3D metrology. Specifically, it focuses on: Defining quality metrics for traceable point clouds Developing accurate simulators for terrestrial laser scanners (TLS) Building digital tools for reproducible, standards-based workflows These efforts are vital in sectors such as manufacturing, infrastructure monitoring, civil engineering, and space exploration, where the need for traceable 3D scanning technologies is growing rapidly. As a result, the project’s goals are as practical as they are forward-thinking. 🌐 What is ScanClouDT and Why Ommatidia LiDAR Joins ScanClouDT Matters
Metal Spheres of PTB
🔬 Ommatidia LiDAR’s Role in ScanClouDT
Ommatidia LiDAR joins ScanClouDT to help shape the next generation of TLS simulation and digital modeling. Represented by Dr. Juan Ignacio Caballero, our team plays an active role in Work Package 1 (WP1). To contribute effectively, we are developing a simulation submodule built around the architecture of our flagship solution: the Q2 Laser RADAR.
Dr. Ignacio Caballero at the ScanCloud Kick Off meeting
Q2 Massively Parallel Laser Radar for 3D Vibrometry & Micron-Level Metrology Scanner by Ommatidia LiDAR
✨ Q2 Laser RADAR: A Benchmark Since Ommatidia LiDAR Joins ScanClouDT
The Q2 system offers:
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65+ laser channels for simultaneous multi-point acquisition
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Interferometric distance and Doppler velocity measurements
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Robust performance across varying reflectivity and environmental conditions
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Real-time traceable point cloud generation with high resolution
Consequently, this advanced capability supports realistic simulation of TLS devices and contributes to the definition of traceability standards in 3D scanning.
🤝 Collaboration Across Europe
Ommatidia LiDAR joins ScanClouDT alongside an impressive consortium including PTB, VTT, LNE, Leica Geosystems AB, Tekniker, and others. Together, we bring expertise in geospatial sensing, simulation, and digital metrology. In addition, activities are already underway with virtual workshops, case reviews, and simulation validation sessions.
🔗 Learn More About the Q2 Laser RADAR and Why Ommatidia LiDAR Joins ScanClouDT
Curious about how the Q2 supports ScanClouDT and drives innovation in traceable 3D scanning technologies? Here’s how it contributes across multiple domains:
🏠 Industrial Metrology for Traceable 3D Scanning
The Q2 system delivers fast, precise, and non-contact inspection of complex parts. With over 128 optical channels and micron-level precision, it supports in-line verification, surface profiling, and GD&T checks—making it ideal for automotive, aerospace, and precision manufacturing.
🔗 Explore Industrial Metrology Applications
⚙️ Process Control & Automation with Traceable 3D Scanning Technologies
In smart manufacturing environments, the Q2 offers real-time shape and vibration feedback for adaptive process management. Furthermore, it excels in tool calibration, deformation tracking, and predictive maintenance, where reliable data flow enhances operational control.
🔗 Explore Process Control Applications
🚐 Space Systems & Harsh Environments Requiring Traceable 3D Scanning
Q2’s photonic integrated circuit (PIC) foundation enables compact, scalable solutions for extreme environments. Consequently, it is well suited for autonomous docking, orbital inspections, and satellite system diagnostics, maintaining high performance even in microgravity and thermal extremes.
🔗 Explore Space Applications
Thanks to its fusion of multi-channel FMCW LiDAR, interferometry, and Doppler sensing, the Q2 Laser RADAR is a key enabler for traceable 3D scanning technologies—directly supporting ScanClouDT’s mission to develop accurate, standardized tools for tomorrow’s digital metrology.
We’re excited to continue contributing to this pioneering project. At Ommatidia LiDAR, we believe that collaboration and innovation are essential for advancing traceable 3D scanning technologies.
Let’s shape the future of traceable 3D scanning technologies—together.
