Name: Revealer: High-Speed Cameras and Particle Image Velocimetry(PIV) in Fluid Mechanics
Uploaded: 2026-03-17
Channel: HF Agile Device Co., Ltd.
Description: High-Speed PIV Systems in Fluid Mechanics | Revealer Cameras at Cambridge Forum

Agile Device participated in the Third Young Scholar Conference for Fluid Dynamics, held at the Postdoctoral Exchange Center of the University of Cambridge, showcasing the Revealer high-speed camera and Particle Image Velocimetry (PIV) measurement system. The forum brought together young scholars from leading universities including the University of Cambridge, the University of Oxford, Imperial College London, UCL, and the University of Edinburgh, focusing on frontier research topics and interdisciplinary applications in fluid mechanics.

Featured Equipment in this Video:

S1307M/C 7,000fps High Speed Camera - Ideal for medium-to-high velocity PIV experiments.

Explore our 10,000fps Ultra High Speed Solutions for supersonic flow analysis.

Why Choose Revealer High-Speed Cameras for PIV?

In Particle Image Velocimetry (PIV), the quality of fluid dynamics data depends heavily on the camera's ability to sync with laser pulses and capture minute particle displacements. Revealer cameras are optimized for these exacting requirements:

Ultra-Short Inter-frame Time for High-Velocity Flows

Our cameras feature a minimum inter-frame time (PIV time) as low as 300 ns. This ultra-short interval is crucial for capturing high-velocity flow fields without motion blur, allowing researchers to accurately calculate displacement in supersonic or turbulent environments.

High Quantum Efficiency (QE) for Low-Light Sensitivity

PIV experiments often rely on thin laser sheets, which can result in low-light conditions for the sensor. Revealer’s advanced CMOS technology offers high quantum efficiency, ensuring that even the smallest tracer particles are captured with high contrast and minimal noise, significantly improving the accuracy of particle-tracking algorithms.

Seamless Integration with Laser Systems & Analysis Software

Hardware synchronization is the backbone of a successful PIV setup. Revealer cameras provide versatile 3.3/5V TTL trigger interfaces for precise synchronization with dual-pulse lasers. Furthermore, our data output formats are fully compatible with industry-standard PIV analysis software, ensuring a smooth transition from image acquisition to vector field calculation.

Massive On-Board Memory for Long-Duration Experiments

With internal RAM options up to 192GB, Revealer cameras allow for extended high-speed recording sessions. This is particularly beneficial in fluid mechanics for capturing transient flow structures or performing statistical turbulence analysis over a longer time series.

Frequently Asked Questions: High-Speed Imaging in Fluid Mechanics

How does Revealer support Particle Image Velocimetry (PIV) research?

Revealer provides high-performance hardware that acts as the core of PIV systems. Our cameras offer the ultra-short inter-frame timing (down to 300ns) necessary to capture rapid particle movement, ensuring high-precision velocity vector calculations in fluid dynamics experiments.

Can Revealer cameras synchronize with dual-pulse laser systems?

Yes. Our cameras are equipped with sophisticated TTL trigger interfaces (3.3/5V), allowing for seamless synchronization with external lasers and pulse generators. This ensures that the camera shutter opens precisely when the laser illuminates the tracer particles.

What makes these cameras suitable for academic research at institutions like Cambridge or Oxford?

Beyond high frame rates, Revealer cameras offer high quantum efficiency and low noise floors, which are critical for the sensitive, small-scale turbulence research often conducted in top-tier university laboratories. Our commitment to technical support and compatibility with scientific software makes us a preferred choice for young scholars and senior researchers alike.

Is the PIV system demonstrated in the video available for custom laboratory setups?

Absolutely. We provide tailored imaging solutions based on specific experimental needs, whether it is for hypersonic wind tunnels, water tanks, or combustion chambers. We recommend consulting with our technical team to match the camera model (such as the S1307M/C) to your flow velocity requirements.

How can I access the technical papers or case studies from the Cambridge Fluid Dynamics Conference?

We often collaborate with scholars to document the performance of our systems in frontier research. You can explore our Cases & Applications section for detailed reports, or contact us directly for specific technical documentation regarding the Third Young Scholar Conference for Fluid Dynamics.