Q2 Laser RADAR: Integrated 3D Metrology and Vibration Analysis for Industrial Precision

The Q2 Laser RADAR combines high-precision 3D metrology with advanced vibration analysis in one comprehensive tool. It redefines industrial precision by offering both static and dynamic measurement capabilities, simplifying workflows and replacing multiple instruments. With a range of up to 50 meters and an accuracy of tens of microns, the Q2 is perfect for large-scale tasks, such as 3D laser scanning for aerospace, automotive, and civil engineering industries.

Capable of scanning at 25,600 points per second, the Q2 provides unmatched speed and precision. Additionally, it captures real-time vibration data across 65 points, delivering structural insights that go beyond what traditional tools like laser trackers or handheld scanners can achieve. Its micro-scanning elevation feature ensures exceptional detail, making it ideal for inspecting complex surfaces or materials.

Equipped with advanced Doppler vibrometry and noise-reduction technologies, the Q2 excels in environments where traditional accelerometers or single-point Laser Doppler Vibrometers struggle. Its ability to measure deflection, vibration, and 3D geometry in real time provides holistic insights into the structural integrity of large assets.

The Q2 seamlessly integrates into Industry 4.0 systems, supporting automation and real-time monitoring in smart factories. Features like autofocus and enhanced angular scanning expand its metrology applications, while a built-in RGB camera simplifies scan programming and visualizes point clouds with color-coded data.

• 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.