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The mist has droplets the same size as the mesh - just when they eat outside the piezo, they are about 4 microns in diameter. This mist that comes out of the piezo alone still doesn't have the right droplet size or other fluid mechanics properties to allow for the deeper delivery Droplette offers. That's why we've added a unique pump system. Our pump does three things that no other skincare delivery technologies do:

1. The pump reduces the size of the droplets. It sucks in part of the mist and expels it with high velocity. When this accelerated mist hits your skin, the droplets in it get even smaller. In fact, on impact with skin, our droplets get about 30-50 times smaller than what comes out of the piezo alone due to a splash effect. These smaller droplets are also moving fast and have acceleration - meaning they can snake their way through the skin.

2. The pump accelerates the mist: You'll feel this air flow even when no mist is coming out of the device; when there is mist, the air flow is accelerating the droplets into a high-velocity spray to better infuse into skin. Additionally, convection from this airflow can evaporate water from the droplets in the skin but it won't evaporate the active molecules. Instead, the droplets get more concentrated on your skin - and the more concentrated a droplet is, the more effective diffusion will be. This can be understood by thinking about something as simple as cooking something on your stove. If you put in a greater concentration of spices, the smell moves around the kitchen much faster than if it was greatly diluted.

3. The airflow of the pump also serves to very slightly disrupt your skin - just enough to enhance the delivery of molecules. This is a temporary effect (on the order of microseconds) and there is no long-term damage to the skin from it but it helps is deliver molecules deeper inside the skin.

What does this look like?

Method: Administration of 50 µl of distilled water to the hand region continuously for 30 seconds with Droplette vs. 100 µl of distilled water via topical administration. Both regions (Droplette vs. topical administration regions) were blotted dry at 5 seconds post-administration. Hydration was assessed by visual inspection and the Corneometer CM825 device.

Results: At 24 hours, no discoloration or discomfort was reported in either group. Hydration was increased 58.7% on average when water was administered by Droplette, versus only 22.8% in the control (topical administered water) group.

No subjects reported any discomfort adverse effects within 24 hr follow-up, and described Droplette spray as feeling like a slightly cool mist.

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