Massively Parallel Laser RADAR

Advanced 3D Vibrometry & Micron-Level Metrology

https://ommatidia-lidar.com/wp-content/uploads/2025/05/20250429-ommatidia-q2-laser-radar-2025-05-05-20250429-ommatidia-q2-laser-radar.pdf Download brochure

Discover our products.

Our Technology Revolutionizes 3D Vibrometry & Metrology.

A bee’s compound eye has 5000 ommatidia. Using them, it is able to fly at driving speed with sufficient accuracy to avoid predators and land on a tiny flower miles away from its hive.

Our technology mimics insect eyes to deliver extraordinary performance - namely, the ability to scan using multiple parallel laser beams simultaneously, greatly increasing the measurement efficiency over the traditional single-point LDVs or accelerometers.

Converge 3D Metrology & Vibrometry

The ability of Q series Laser Radars to perform the NDT Vibrometry and Micron-Level Metrology Measurements, enables end user to infuse the resulting acquired point clouds with precise respective vibrometry data.

Long Range for Large & Complex Geometries

Our sensors are sensitive to a single photon, providing a range that extends the limits of physics. In standard configuration Q series systems are calibrated to offer ranges up 50m.

Reliable, Compact & Affordable

Our sensors are manufactured using patented technologies that allow extraordinary performance and a compact design of our Laser Radars (< 7kg). Making them suitable for tripod installation, and carrying onboard of commercial airplanes.

Inherently Efficient & Eye-Safe

Our ability to illuminate the scene continuously without scanning allows for a major increase in the number of photons available while retaining unconditional eye safety. Our Laser Radars utilize the 1550 nm Class 1 laser.

Our Partners

Trusted Partners and Collaborators in Research, Innovation, and Industrial Applications

  • adif Logo
  • INTA LOGO
  • eesa logo
  • TNO LOGO
  • UTD LOGO
  • AIRBUS LOGO

Latest News & Upcoming Events

11 June 2025

Laser Radar for Medical Diagnostics Pushes the Boundaries of Biomedical Innovation

At the Technical University of Munich, Ommatidia LiDAR’s #Q2LaserRadar demonstrated its potential as a powerful tool for non-contact, high-resolution monitoring of physiological motion. In collaboration with Prof. Dr. Daniel Rixen’s team, Q2 successfully captured vibration signatures associated with abdominal aortic aneurysms — without touching the patient. Designed for industrial precision but adapted for biomedical needs, Q2 delivered sub-mm/s sensitivity, 3D point-cloud geometry, and rapid scan times, showing how photonics can bridge the gap between academic research and real-world clinical innovation.
3 June 2025

Ommatidia LiDAR Presents PIC-Based FMCW at ESA Workshop

Ommatidia LiDAR participated in the FMCW LiDAR ESA Workshop to present its latest advances in photonic integrated LiDAR. From introducing the Q2 Laser RADAR for aerospace applications to highlighting collaborations with ESA, TNO, and the SPATIAL project, the event showcased our role in shaping the future of space-ready sensing technology.
23 May 2025

Ommatidia at DCMC: MRO with Q2 Laser RADAR

On May 21st, Ommatidia LiDAR presented its cutting-edge Q2 Laser RADAR at the DCMC 2025 event in Hoogerheide, showcasing how non-contact, high-precision 3D metrology could revolutionize aircraft maintenance. With 128 parallel laser beams and sub-mm accuracy, Q2 offers a new path toward faster, safer, and more automated MRO workflows. Discover how we're shaping the next generation of aerospace inspection.

Advancing High-Precision Parallel LiDAR for Accurate Sensing

At Ommatidia LiDAR, we develop high-precision parallel LiDAR technology for non-contact, high-resolution measurements in a versatile and portable system.

Our Q-Series Laser RADAR integrates 3D imaging, metrology, and vibrometry, providing precise, real-time data acquisition for advanced sensing applications.

Instant Data Capture with High-Precision LiDAR

Unlike traditional scanners, our parallel LiDAR generates instant, high-density point clouds while simultaneously capturing vibration data. This makes it ideal for real-time monitoring, motion tracking, and structural analysis

By using coherent detection techniques, our system provides stable, noise-free measurements, even in dynamic environments. Whether applied in precision manufacturing, research, or engineering, our LiDAR-based sensing solutions set a new industry standard for measurement reliability and performance.

Metrology and Vibrometry in One System

With our technology, you no longer need separate measurement tools. The Q-Series Laser RADAR offers a scalable and adaptable solution for applications that require both dimensional accuracy and vibration analysis.

This flexibility reduces complexity and enhances efficiency, making it a cost-effective solution for advanced sensing and monitoring.

Discover the Future of High-Precision Parallel LiDAR

At Ommatidia LiDAR, we continue to advance high-precision parallel LiDAR to meet modern sensing and measurement needs.

Contact us today to see how our Q-Series Laser RADAR can improve your measurement and monitoring capabilities with a single, high-performance solution.

Why High-Precision Parallel LiDAR Matters

Our parallel LiDAR system uses a massively parallel architecture to capture multiple points at once. This design enhances spatial resolution, reduces scan time, and improves real-time data accuracy. Unlike traditional scanning methods, our technology allows for instantaneous measurements across large surfaces.

One of the system’s biggest advantages is its ability to perform both metrology and vibrometry in a single device. Conventional methods require separate tools for dimensional measurement and vibration monitoring, increasing complexity and cost. Our parallel LiDAR technology simplifies the process while ensuring greater accuracy and efficiency.