Microinfusion is a precision delivery technique that introduces microscopic quantities of therapeutic substances into targeted tissue layers using specialized mechanical or electronic devices. The process employs ultra-fine needles or microchannels to deposit active ingredients at specific depths within the dermis or other biological tissues.
The technology utilizes controlled pressure systems and precise volumetric measurements to distribute substances ranging from 0.01 to 0.1 milliliters per injection site. Advanced microinfusion devices incorporate adjustable depth settings, ranging from 0.25 to 2.5 millimeters, enabling tailored treatment protocols for various tissue types and therapeutic objectives.
This method enhances bioavailability and absorption rates of administered compounds through strategic placement and uniform distribution patterns. Microinfusion applications span dermatology, cosmetic medicine, and targeted drug delivery systems, offering superior precision compared to traditional injection methods. The technique minimizes trauma to surrounding tissues while maximizing therapeutic efficacy through optimal substance placement and controlled release kinetics.
