Skin Permeation Technology: Past and Present
Skin Permeation Technology: Past and Present – limitations. If the permeation is too deep: the dermal layer may be damaged, control of the release rate imprecise, with the constant risk of pain, infection, and potentially toxic side effects. If the permeation is too shallow, the thin but tough stratum corneum of the skin will keep out the desired skincare ingredients. A solution is needed to improve the absorption rate and ensure the correct amount of nutrients reaches the right place at the right speed at the right time using the right method. With the emergence of SPE™ today, this goal becomes reality!
What is a Nanopin?
A solution is needed to improve absorption rates and ensure the right amount of nutrients reaches the right place at the right speed at the right time using the right method. With the emergence of SPE™ today, this goal becomes reality!
What is SPE™?
The Skin Permeation Enhancer (SPE) is a handheld cosmetic tool with an array of pyramid-like micro-structures, each point on the array having a diameter smaller than that of a single strand of human hair – almost invisible to the naked eye. It is manufactured from mono-crystalline silicon, using advanced semiconductor fabrication technology.
It ensures that the right amount of nutrients reaches the right place at the right speed at the right time using the right method.
Challenge and Breakthrough in Nanopin
Technology: Let the Future become the Present
Challenge: How to make SPE™ smaller better and more precise. This can be realized with nanofabrication technology, the limits of micro/nanotechnology.
Breakthrough: "Intel" in the delivery field;
core technology-SPE™ based on single-crystal silicon nano-fabrication technology.The Skin Permeation Enhancer (SPE) is a handheld cosmetic tool with an array of pyramid-like micro-structures, each point on the array having a diameter smaller than that of a single strand of human hair – almost invisible to the naked eye. It is manufactured from mono-crystalline silicon, using advanced semiconductor fabrication technology.
raditional emulsifiers form micelles that are thousands of times larger than nanoproducts, leading to lower absorption rate at the skin surface. The gap between epidermal cells is one-tenth of the diameter of a strand of human hair.