SHS Series High-Speed Camera Captures Ice Breaking Process at 2250FPS | SinceVision

-20℃ cold start stable recording.

SinceVision's SHS series high-speed camera accurately captures the entire process of ice breaking. 

With the continuous breakthroughs in technology today, it has become possible to capture those "fleeting" moments. SinceVision's new product, the SHS-Real-time Transmission Series high-speed camera, is equipped with industry-leading CoaXPress 2.0 transmission technology, enabling 2250 frames per second real-time image transmission at a resolution of 1920×1080. This makes it an efficient tool in scientific research experiments, industrial inspections, and other fields.

Today, we will take you into a real application scenario. The SHS-Real-time Transmission series high-speed camera completed the cold start test in a low-temperature environment of -20℃. SHS series camera successfully captured every detail of the ice from stress to fracture, clearly recorded the crack propagation path, and provided high-quality data support for subsequent mechanical analysis.

Why choose the SHS series for sea ice research?

Ultra-high-speed transmission capability: Real-time transmission of 2250FPS high-definition images at a resolution of 1920×1080

ROI Calculator

Discover the potential cost savings of robotic automation over a 20-year system life

This calculator compares your current manual labor costs against the total cost of owning and operating a robotic system over its 20-year lifespan.

EXPLORE TODAY

Self-developed high-speed image acquisition system: Effectively solves the common frame loss problem

Lightweight design: Compact body makes installation and deployment easy, and it has excellent adaptability to temperature and humidity

Professional-grade image quality: High-performance sensors and optimized algorithms to present clear and sharp imaging effects, helping to upgrade scientific research and industrial vision.

SinceVision SHS high-speed cameras rely on their three core capabilities: strong temperature adaptability, full-resolution high-frame rate output, and independent acquisition software to ensure image data integrity. It successfully achieves millisecond-level capture and precise restoration of the sea ice fragmentation process, providing strong technical support for scientific research projects.

Additional Resources:

Watch the full ice-breaking test here:  Ice Fracture at -20°C Captured in 2250FPS 

Explore SHS Series: SHS High-Speed Camera

Email: [email protected]