Technology & Principles
Technology Principles
Why Does Skin Need Delivery Devices?
The outermost layer of human skin, the 'stratum corneum', is a natural defense barrier that effectively blocks harmful external substances but also hinders the absorption of skincare products and active drug ingredients. Traditional application methods allow only a very small amount (usually less than 1%) of active ingredients to truly penetrate the stratum corneum and reach the dermis.
To solve this problem, we need drug delivery devices. Through physical or chemical assistance, we temporarily break through the stratum corneum barrier to deliver macromolecular active ingredients (such as hyaluronic acid, collagen, exosomes) directly to the deep layers of the skin, significantly improving absorption and efficacy while avoiding the pain and infection risks associated with traditional syringe injections.
Enhanced Transdermal Penetration via Atomization
AuJet uses exclusive high-pressure airflow technology to instantly atomize liquid skincare products or drugs into micron-sized droplets.
When these extremely fine droplets are sprayed onto the skin surface at a supersonic speed of up to 405m/s, the powerful kinetic energy instantly opens the lipid channels between stratum corneum cells, forming tiny 'liquid needles'. The volume of these micron droplets is far smaller than pores and intercellular spaces, allowing them to easily penetrate the epidermis and distribute evenly in the dermis.
Compared to traditional application, atomized delivery not only increases transdermal penetration by dozens of times but also, due to its uniform distribution, allows active ingredients to exert maximum effect in the underlying skin layers, achieving excellent results in deep drug delivery and skincare.
Comparison with Other Products
| AuJet T6 | Others | |
|---|---|---|
| Gas Source | Multiple gas sources CO2, Nitrogen, Oxygen High-pressure cylinders, Compressor | Compressor |
| Drug Speed | 405 m/s | 150~250 m/s |
| Brand Value | Multi-national Patents + National Certification 20+ Years Patent Upgrades | Unknown |
| Emission Mode | Millisecond Pulse (Penetration, Shockwave) | Continuous Spray |
| Safety | Verified by Multiple Studies | Unknown |
| System | Professional Training Courses Startup Guidance | Operation Training |
| Marketing Channels | National Science Research Projects | Unknown |
| Actual Effect | Over 20 Years of Evidence | Unknown |
Experimental Validation
Transdermal delivery test Hyaluronic acid, vaporized gold nanoparticles
Southern Taiwan Science Park Project
Permeation depth test on porcine skin phantom
National Taiwan University of Science and Technology Graduate Institute of Biomedical Engineering
Cell spraying test
ITRI Biomedical Research Institute
Journal Publications
Gas-injection of gold nanoparticles and anti-oxidants promotes diabetic wound healing.
Fu Jen Catholic University
Evaluating the effectiveness of a novel atomized liquid needle-free transdermal delivery system
National Taiwan University of Science and Technology