Space
Ommatidia's solid-state 3D technology enables precise measurement of large, complex geometries in orbit.
Energy
Ommatidia LiDAR solutions provide precise geometric and dynamic data, enabling digital twin models that adapt to both external and internal changes.
Ommatidia LiDAR solutions are specifically designed for outdoor applications and can be efficiently deployed in challenging environments, including areas that are hard to access. Thanks to their long operational range and robust construction, these systems are well-suited for surveying large-scale sites such as wind farms, solar panel arrays, and other energy infrastructure. Their ability to gather data over long distances reduces the need for frequent repositioning, enabling detailed scanning of structures without direct contact. This makes them ideal for monitoring, maintenance, and inspection tasks in remote locations or rugged terrains, ensuring reliable performance even in extreme weather conditions.
Industrial Metrology
Enable rapid, in-line quality control and seamless production line adjustments to improve efficiency and ensure product consistency.
By integrating real-time metrology solutions, manufacturers can quickly detect and correct any deviations or defects in the production process, reducing downtime and waste. This approach supports the continuous monitoring of manufacturing parameters, allowing for automatic adjustments to maintain tight tolerances and improve yield. Ultimately, in-line quality control not only speeds up the inspection process but also enhances overall production efficiency by enabling swift responses to process variations, ensuring that products meet required specifications throughout the entire production cycle.
Construction and Civil Engineering
Ommatidia LiDAR's long-range acquisition is ideal for capturing 3D data of large buildings and civil engineering structures, including geometry, vibration and deflection characteristics.
It generates dense point clouds that facilitate precise surface detail reconstruction and the analysis of structural behavior. The multi-scale models allow for monitoring and decision-making on various levels, ensuring accurate assessments of dynamic responses and structural integrity.
Process Control
In both large-scale and specialized additive manufacturing setups, as well as laser or mechanical machining operations, our devices provide highly accurate 3D profiles of large parts during production.
This level of precision guarantees the manufacturing process adheres to strict quality standards and requirements.
Acoustics and Vibration Testing
The Ommatidia Q1, featuring 128 channels and scanning capability, provides a 3D Laser Doppler mode, making it an advanced solution for vibrometry and modal analysis.
By leveraging the Doppler effect, the system induces a frequency shift in the reflected signal, correlating with the movement of the target. This shift enables precise velocity measurements, allowing for real-time tracking of even minute movements. The accuracy achieved ensures reliable data for applications requiring detailed vibration analysis.
Advanced Measurement Solutions for Industry Leaders
Ommatidia LiDAR provides high-performance systems based on 3D Laser Vibrometry & Metrology, enabling accurate, real-time measurement for various industries. From aerospace to energy and civil infrastructure, our massively parallel FMCW LiDAR delivers reliable, non-contact sensing that boosts efficiency and supports smarter decision-making. With our technology, clients benefit from enhanced process control, safety, and performance.
Aerospace and Space: Designed for Precision
Achieving precision in aerospace and space missions is critical. Our systems withstand harsh conditions while providing accurate structural and vibration data. As a result, engineers gain deeper insight into the behavior of aircraft, satellites, and spacecraft—leading to safer operations and more successful missions.
Supporting Industrial Metrology and Manufacturing
In manufacturing environments, accuracy directly affects quality. Our Q1 and Q2 Laser RADAR tools help detect defects, align components precisely, and streamline automated processes. Moreover, early detection and consistent measurement reduce waste and improve production consistency.
Improving Civil Engineering and Infrastructure Monitoring
Structural safety is a top priority in civil engineering. Thanks to real-time vibration monitoring, engineers can detect subtle shifts in bridges, tunnels, and buildings. This enables better maintenance decisions, minimizes manual inspections, and extends the life of critical infrastructure.
Efficiency Gains in the Energy Sector
Our technology helps energy providers maintain optimal performance. It supports predictive maintenance of wind turbines, solar arrays, and grid components. Additionally, by identifying issues early, downtime is minimized and sustainability goals are easier to meet.
Enabling Automation and Smart Systems
Automation relies on reliable data. Our laser systems improve logistics through object tracking, help monitor flow in production lines, and enhance quality checks. These capabilities make operations smoother and more cost-effective.
Why Work with Ommatidia LiDAR?
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High-speed, massively parallel LiDAR systems
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Non-contact sensing across multiple surfaces and environments
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Proven applications across aerospace, manufacturing, energy, and infrastructure
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Scalable and adaptable for evolving industrial needs
Ommatidia LiDAR is pushing the boundaries of 3D Laser Vibrometry & Metrology—making high-precision measurement easier, faster, and more effective. 🌍
