Q1 Laser RADAR - Industrial Metrology

Product catalog summary

Introduction to Ommatidia's Laser RADAR Technology
Ommatidia's Q1 system is a cutting-edge laser RADAR technology designed to enhance industrial metrology processes. It generates 128 beams of laser light, enabling rapid and precise 3D measurements with an accuracy of a few tens of micrometers. This system is particularly beneficial for industries requiring high-quality 3D data for digitization and competitive standards.

Key Features and Advantages

Superior Accuracy: Provides metrology-grade measurements for complex geometries.
Unmatched Speed: Utilizes 128 parallel laser beams for fast data collection.
Ease of Use: Features user-friendly software for broader operator accessibility.
Versatile Range: Suitable for small components to large assemblies across various industries.

Applications Across Key Sectors

Aerospace: Measures complex parts like turbine blades and fuselage sections.
Automotive: Speeds up quality checks on body-in-white structures and powertrain components.
Railway: Inspects large parts such as wheelsets and axles.
Additional Use Cases: Includes mold and tooling inspections, casting and forging quality control, and assembly verification for heavy machinery.

Technical Specifications

Measurement Range: 0.5-50 m
Points per Line: 128
Acquisition Speed: 128-25,600 points/s
Measurement Accuracy: 20 µm+6 µm/m
Environmental Protection: IP54
Operational Temperature Range: 0 - 40ºC
Power Consumption: 45 W

Conclusion
The Q1 Laser RADAR by Ommatidia offers a robust solution for industries aiming to integrate real-time metrology solutions. It supports continuous monitoring and automatic adjustments in manufacturing processes, enhancing production efficiency and ensuring products meet required specifications.

Catalog excerpts

Laser RADAR Technology for Industrial Metrology

Open the catalog to page 1

OMMATIDIA'S LASER RADAR TECHNOLOGY Ommatidia's Q1 system generates 128 beams of laser light, which make it make it possible to dramatically accelerate measurement processes. Thanks to its parallel interferometric capability, our Laser RADAR can resolve the 3D position of points on an object with an accuracy of a few tens of micrometers. Precise determination of surface coordinates with accelerated data acquisition. Automated measurements without markers or surface modification. What are the advantages? The long range and speed of Ommatidia’s Q1 permits usage in contexts where standard optical...

Open the catalog to page 2

DIMENSIONAL METROLOGY WITH Q1 Accelerate Precision: Introducing the Q1 Laser RADAR for Metrology-Grade Accuracy As industries worldwide move toward complete digitization, the need for high-quality 3D data has become crucial in maintaining competitive standards in both products and processes. This is why Ommatidia presents the Q1 Laser RADAR—an advanced solution that combines the range and versatility of a laser scanner with the unmatched precision required in dimensional metrology. Why choose Laser RADAR Superior Accuracy: Achieve reliable, metrology-grade measurements for even the most complex...

Open the catalog to page 3

DESIGNED FOR DIGITAL-FIRST INDUSTRIES Delivers essential 3D data for products and processes in aerospace, automotive, railway, and more. Metrology-Grade Accuracy & Speed: 128 parallel laser beams provide rapid, high-resolution measurements, enhancing productivity without compromising quality. Applications Across Key Sectors: Aerospace: Measures complex parts like turbine blades and fuselage sections with precision, ensuring compliance with strict safety standards. Automotive: Speeds up quality checks on body-in-white structures, chassis, and powertrain components, optimizing production cycles....

Open the catalog to page 6

SPECIFICATIONS Parameter Measurement Range Optical Focus Acquisition Speed Measurement Accuracy Angular Range Vibrometry Sampling Frequency Vibromery Max in-Band Velocity Integrated Accelerometer Power Consumption External Battery Operation Time Interfaces Mount Dimensions (w/o battery) Weight (w/o battery) Pointing Aid Atmospheric Compensation Operational Temperature Range Environmental Protection Class Laser Classification IMU (Attitude Only) 45 W 240 min Gigabit Ethernet/GPS Antenna Thread 3.5"-8 TPI 382 X 228 X 150 mm 7.5 kg Red (650 nm) Pointer Laser Pressure, Temperature, Humidity 0 - 40ºC...

Open the catalog to page 7

Laser RADAR Technology for Industrial Metrology "Q1: Real-Time, HighAccuracy 3D Laser Radar for Advanced Industrial Metrology" Faraday Street 7, 28049 Madrid

Open the catalog to page 8

Q1 Laser RADAR - Industrial Metrology

Q1 Laser RADAR - Industrial Metrology

Catalog excerpts

All Ommatidia catalogs and technical brochures