The Revealer Tomographic Particle Image Velocimetry(PIV) System for three-dimensional flow measurement integrates 4 high speed cameras/high-resolution cameras, a laser, a synchronization controller, and RFlow measurement software. It enables instantaneous measurement of three velocity components at every point in a 3D volume.
Advanced Features of Revealer Tomographic PIV Systems
Multi-Camera Master-Slave Synchronization: Four precisely aligned high-speed cameras capture comprehensive scattering light data from multiple angles simultaneously, ensuring reliable 3D3C spatial reconstruction even in high-density seed particle fields.
Advanced Volumetric Self-Calibration: Our RFlow software integrates an automated volumetric self-calibration algorithm. This technology corrects micro-misalignments between the laser sheet and the optical sensor matrix in real-time, eliminating calibration line-of-sight errors without requiring tedious manual recalibration.
Deep Learning-Based Background Segmentation: Utilizing proprietary AI neural networks, the system automatically segments complex background scattering, model reflections, and laser flare, substantially increasing the signal-to-noise ratio (SNR) in turbulent flame or bounded flow applications.
GPU Multi-Core Accelerated Reconstruction: Tomographic reconstruction (such as MART or Tomo-PTV algorithms) involves intense mathematical computation. By harnessing GPU multi-core parallel processing, Revealer cuts voxel calculation times down from hours to minutes, accelerating your data productivity.
Why Choose Revealer’s Tomographic PIV System?
Full 3D3C Insight: Measure all three velocity components (U, V, W) throughout a volume, not just a plane.
High-Speed Capture: Resolve transient and turbulent phenomena with kHz-rate imaging.
Turnkey Solution: Integrated system with cameras, laser, sync controller, and powerful RFlow software.
AI-Enhanced Accuracy: Utilize deep learning for robust background segmentation and particle reconstruction.
For more information about sCMOS cameras and optical measurement system, please feel free to contact us!
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