Q2 Laser RADAR: Integrated 3D Metrology and Vibration Analysis for Industrial Precision
The Q2 Laser RADAR redefines industrial measurement by integrating high-precision 3D metrology with advanced vibration analysis into a single, comprehensive tool. Its dual functionality, covering both static and dynamic measurements, replaces multiple instruments and streamlines workflows. With a range up to 50m and accuracy down to 20µm, the Q2 is optimized for large-scale applications, scanning complex surfaces at 25,600 points per second and simultaneously capturing real-time vibration data across 128 points for full structural insights.
Additional features like autofocus, micro-scanning, and seamless Industry 4.0 compatibility make the Q2 ideal for demanding environments, where it enables efficient, real-time monitoring, reducing inspection time and ensuring precise data in harsh conditions.
Equipped with advanced Doppler vibrometry and speckle noise management, the Q2 achieves vibration measurements at up to ±15.5 mm/s with high precision. Its noise reduction technologies enable accurate data collection in complex environments, outperforming traditional accelerometers or single-point LDVs in many tasks.
With its micro-scanning elevation feature, the Q2 captures fine surface details and can scan with high precision over large areas, something that laser trackers and hand-held scanners struggle to achieve in comparable timeframes.
The Q2’s ability to measure deflection, vibration, and 3D geometry in real time makes it a powerful tool for structural health monitoring in industries like aerospace, automotive, and civil engineering. Unlike laser scanners and single-point LDVs, the Q2 provides holistic insights into the structural performance and integrity of large assets.
The Q2 is fully compatible with Industry 4.0 systems, providing real-time data for automation, reporting, and monitoring. Its advanced connectivity and data output capabilities go beyond what traditional laser trackers and scanners offer, allowing for seamless integration into smart factories and inspection systems.
New Features
- Non-Contact, High-Speed Scanning for Complex Surfaces
The Q2 captures 25,600 points per second for fast, non-contact measurements, handling complex surfaces with micro-scanning capabilities for challenging shapes and materials. - High-Accuracy Vibration Analysis with Noise Reduction
Advanced Doppler vibrometry and noise reduction enable accurate vibration measurements up to ±15.5 mm/s, even in complex environments. - Micro-Scanning Elevation for Superior Detail
The Q2’s micro-scanning captures fine surface details over large areas, outperforming traditional trackers and scanners. - Seamless Integration with Industry 4.0
Compatible with Industry 4.0, the Q2 supports automation and real-time data for smart factory integration. - Autofocus for Precision Across Distances
The Q2’s autofocus ensures accurate measurements over its full range without manual adjustment.
- Enhanced Angular Scanner for Detailed Analysis
A high-precision micro-scanner provides dense point clouds and identifies small features, expanding metrology applications. - External High-Speed Vibrometry Channel (Optional)
An optional external interferometer tracks speeds up to 93m/s, ideal for high-vibration applications and synchronization. - Flexible Synchronization with Other Equipment
New input/output features enable synchronization with other measurement tools for dynamic studies. - Improved Usability with RGB Camera
An RGB camera simplifies scan programming and visualizes point clouds with color-coded data. - Internal Low-Noise Accelerometer
Detects high-vibration environments and compensates for residual vibrations, enhancing measurement reliability. - Enhanced Angular Scanner for Detailed Analysis
A high-precision micro-scanner provides dense point clouds and identifies small features, expanding metrology applications.
Specifications
| Ranging System | |
|---|---|
| Measurement Range | 1.0-50 m |
| Optical Focus | Autofocus |
| Range | 1.0 - ∞ |
| Acquisition Speed | 64-25,600 points/s |
| Interferometer Accuracy | 20 + 6/m μm |
| Elevation Scan | |
| Angular Range (Factory Fixed) | 12, 30 or 62º |
| Points Per Line | Micro-scanning |
| Fixed | 64 |
| Scanned | 1280 |
| Azimuth Scan | |
| Angular Range | 360º |
| Angular Encoder Resolution | 0.20 arcsec |
| Doppler Vibrometry | |
| Sampling Frequency (array) | 40 kHz |
| Max in-Band Velocity (array) | ± 15.5 mm/s |
| Speckle Noise Management | IQ Amplitude Squelch + Angular Diversity |
| Sampling Frequency (single point) | 125 MHz (*) |
| Max in-Band Velocity (single point) | ± 47.9 mm/s (*) |
| Type | |
| Integrated Accelerometer | High-Accuracy |
| Bandwidth | 2,000 Hz |
| Sampling Rate | 4,000 Hz |
| Noise Floor | 22.5 µg/√Hz |
| Power Consumption | 45 W |
| Ext. Battery Operation Time (Typ.) | 240 min |
| Interfaces | Gigabit Ethernet |
| Synchronization Interfaces | GPS Antenna, 1 Analog Input, 1 Analog Output and 1 Digital Output |
| Mount | Thread 3.5"-8 TPI |
| Dimensions (w/o battery) | 382 X 228 X 150 mm |
| Weight (w/o battery) | 7.5 kg |
| Pointing Aid | |
| Type | RGB Camera |
| Details | Full HD (1920 x 1080) |
| Atmospheric Compensation | Pressure, Temperature, Humidity |
| Temperature Range(Operation) | 0 - 40ºC |
| Environmental Protection Class | IP54 |
| Wavelength | 1550 Nm |
| Eye Safety Class | Class 1M |
| Software | Ommatidia Atelier |
| (*) When used with optional fast single point head |
