Precise capture and observation of the electrospinning process

I. Customer Pain Points

In electrospinning R&D, have you ever faced these challenges?

• Why do tiny changes in process parameters lead to huge differences in fiber morphology?

• What are the real path and frequency of the unstable "whipping" of the jet?

• Is there a lack of direct visual evidence for the critical conditions of Taylor cone formation and jet initiation? These "invisible" transient details are the key to optimizing processes and breaking through innovation bottlenecks.

Figure | Electrospinning Experiment Site

II. Solution

How to accurately capture and analyze the extreme process of electrospinning is directly related to the optimization of material performance and process innovation. Now, with the help of DeepVision SH6-116 high-speed camera, we will take you to peek into the truth of the electrospinning process from droplets to fibers.

With its outstanding performance of 1280×1024 resolution @ 10,000 frames per second, it clearly freezes and analyzes every frame of the extreme moments of electrospinning:

It fully records the high-speed aperiodic "whipping" of the jet, and accurately captures its trajectory, frequency and amplitude. This not only allows you to "see" the phenomenon, but also helps you establish an accurate model between process parameters and fiber forming quality, making process optimization evidence-based.

It clearly captures the critical moment when the jet is ejected from the top of the Taylor cone: providing irrefutable visual evidence for the research on jet initiation conditions, and strongly supporting your theoretical verification and academic discoveries.

Figure | Freeze-Frame of Electrospinning Moment

Your R&D challenges may be our solution direction. Whether you are exploring the synergistic effect of solvent volatilization and electric field distribution, or observing other high-speed transient processes, welcome to contact our team to apply for a free prototype test shoot. For more industry technical insights and in-depth application cases, welcome to follow the official video account of [DeepVision].