2000FPS High-Speed Camera Captures the Dynamics of Falling Droplets

High-speed cameras have become indispensable tools for scientific research and industrial applications, allowing us to visualize phenomena that occur far too quickly for the human eye to perceive. The capture of falling droplets, a seemingly simple event, demonstrates the power of this technology to reveal complex fluid dynamics.

Problem:

Analyzing the behavior of falling droplets presents several challenges:

1. Speed: The process of a droplet detaching, accelerating, and impacting a surface occurs in milliseconds, making it impossible to observe the details with standard video cameras.

2. Complexity: Droplet dynamics involve intricate physics, including surface tension, viscosity, air resistance, and impact forces. Understanding these factors requires capturing high-resolution images at extremely fast frame rates.

3. Data Acquisition: Accurate measurement of droplet shape, velocity, and deformation over time requires precise synchronization and triggering.

Traditional methods, such as manual observation or standard video recording, cannot provide the detailed information needed to fully understand droplet behavior.

Solution:

The SinceVision high-speed camera provides a powerful solution for overcoming these challenges.

The SinceVision SH6-502 is a high-performance camera capable of capturing images at incredibly high speeds. In the application of falling droplet analysis, the SH6-502 can record the entire process at 2000 frames per second (FPS) with a resolution of 2560x2016.

Key Features of the SinceVision SH6-502:

a. High Frame Rate and Resolution: 2000 FPS at 2560x2016 resolution.

b. Memory Capacity: Standard memory up to 160 GB; extended memory up to 20TB.

c. Shutter Mode: Global shutter.

d. Robust Design: 3.8kg weight, dual power supply (DC24V).

e. Color Options: Available in monochrome (M) and color (C).

By using the SH6-502, researchers and engineers can:

i. Visualize the previously invisible: Capture the precise moment of droplet detachment, the evolution of its shape during freefall, and the dynamics of its impact on a surface.

ii. Quantify droplet behavior: Measure parameters such as droplet velocity, acceleration, size, and deformation with high accuracy.

iv. Gain insights into fundamental physics: Study the interplay of fluid properties and external forces that govern droplet dynamics.

v. Improve industrial processes: Apply this knowledge to optimize processes in various industries, including inkjet printing, spray coating, and combustion.

The high frame rate and resolution of the SH6-502, combined with its large memory capacity and global shutter, make it an ideal tool for capturing and analyzing the complex dynamics of falling droplets.

Explore more on SH6-502 and contact us for sales/sample/demo.