It is very unusual to make device first and then think about how to apply it to real-world tasks. Such approach is risky, but I like it for some reason. I hope that your device will make our world better eventually.
How about mounting the spray need assembly inside a large torus/short cylinder, and spinning that around the collector? Direct application of the fibers to an unmoving wound would be possible. A cheap(ish) testbed could be made from a toroid core transformer winding machine, perhaps.
Very clear demonstration But why you didn't mix the two solutions in one syringe from the first step? Why use separate syringes and then use coaxial spinneret if what I desire is mixing them into one nanofiber at the end?? What difference would it make? And if so could you please design an experiment please? Electrospinning is my thesis subject!
It is very unusual to make device first and then think about how to apply it to real-world tasks.
Such approach is risky, but I like it for some reason.
I hope that your device will make our world better eventually.
How about mounting the spray need assembly inside a large torus/short cylinder, and spinning that around the collector? Direct application of the fibers to an unmoving wound would be possible. A cheap(ish) testbed could be made from a toroid core transformer winding machine, perhaps.
Very clear demonstration
But why you didn't mix the two solutions in one syringe from the first step? Why use separate syringes and then use coaxial spinneret if what I desire is mixing them into one nanofiber at the end?? What difference would it make? And if so could you please design an experiment please? Electrospinning is my thesis subject!
If you spin horizontally instead of vertically you will not get splatter and drips.