High-Speed Camera for Fluid Mechanics Research: Meet SinceVision at the Lisbon Symposia 2026

Fluid mechanics research depends on one thing above everything else: seeing what is actually happening. Turbulence, combustion fronts, particle dispersion, and transient flow states all unfold in microseconds, far beyond what conventional imaging can capture. If you cannot record the event with enough speed and resolution, you are working from inference rather than evidence.

SinceVision is exhibiting at the 22nd International Symposium on the Applications of Laser Techniques to Fluid Mechanics, bringing our high-speed camera systems to one of the most respected gatherings in experimental fluid dynamics.

Visit us at Booth 7 at the Calouste Gulbenkian Foundation, Lisbon, Portugal from 29 June to 02 July 2026.

Why High-Speed Imaging Matters in Fluid Mechanics

Fluid mechanics is the branch of physics concerned with the behavior of liquids, gases, and plasmas under applied forces. It governs everything from combustion dynamics in aerospace engines to microfluidic flows in life sciences research. The events that matter most in this field, such as flame ignition, shock wave propagation, droplet breakup, and particle interaction, happen at timescales that no standard camera can resolve.

Capturing these events accurately requires imaging systems built specifically for the demands of high-speed experimental research.

What We Are Bringing to Lisbon

SinceVision high-speed cameras combine advanced CMOS technology with proprietary sensor architecture to deliver motion analysis at the microsecond level. Our systems are engineered for the precision that fluid mechanics research demands.

Ultra-High Frame Rate

Capture extreme transient events at speeds up to 1.15 million FPS. Whether you are tracking flame propagation, dust particle cross-flow, or continuous water flow, the sensor records dynamic processes at the microsecond level without motion blur or frame drop.

High-Resolution Imaging

5K resolution at 1000 FPS gives researchers a genuine balance between spatial and temporal detail. You do not have to choose between seeing fast and seeing clearly.

Integrated 12TB High-Speed Storage

Built-in 12TB non-volatile storage eliminates the data bottleneck that interrupts long experimental runs. Ultra-long, high-bitrate recording is supported without external devices, keeping critical experimental data secure and accessible.

Proprietary and Independent Technology

Every component from CMOS sensor to hardware architecture is developed in-house, ensuring stability, security, and reliable large-scale delivery with no third-party dependencies.

Proven Reliability Under Extreme Conditions

SinceVision cameras withstand shock, vibration, EMI, and high thermal stress, performing consistently on industrial platforms and aerospace test rigs where experimental conditions are rarely forgiving.

If you cannot access the video, please watch the application cases on SinceVision Youtube Channel.

Fluid Mechanics Applications

At the Lisbon Symposia, our systems will be demonstrated across fluid mechanics use cases including:

• Dust particle behavior in cross-flow conditions

• Flame burning dynamics and ignition sequencing

• Flame state transitions and combustion front analysis

• Continuous water flow visualization and turbulence characterization

If you cannot access the video, please watch the application cases on SinceVision Youtube Channel.

Meet the SinceVision Team in Lisbon

If your research involves high-speed flow visualization, combustion analysis, or particle dynamics, we would like to show you what our systems can do with your specific application in mind.

Find us at Booth 7 from 29 June to 02 July 2026 at the Calouste Gulbenkian Foundation, Lisbon, Portugal. Our team is available for technical discussions, live demonstrations, and application-specific consultations throughout the event.

To arrange a meeting in advance, contact us at info@sincevision.com or visit www.sincevision.com.

About SinceVision

SinceVision scientific imaging combines advanced CMOS technology and proprietary architecture to deliver vision solutions for demanding applications. It's high-speed systems capture microsecond-level changes with speeds of up to 1.15 million FPS and resolutions up to 21MP, supported by 24TB storage for industrial manufacturing and scientific research.

The company's Solis series sCMOS cameras are designed for low-light biological microscopy and advanced research. With high sensitivity and strong image performance, SinceVision supports applications in motion analysis, fluorescence imaging, and precision observation.