What is Mesotherapy?

Mesotherapy, a minimally invasive cosmetic intervention pioneered by Dr. Michel Pistor in the 1950s, entails the precise injection of a tailored mixture of vitamins, minerals, amino acids, and other compounds directly into the mesoderm—the middle layer of the skin. This approach, designed to target localized fat deposits, cellulite, and promote skin rejuvenation, seeks to stimulate local metabolism, enhance circulation, and harness the body's natural healing mechanisms. The composition of the injected solution varies based on individual needs, allowing mesotherapy to be a versatile tool in addressing concerns ranging from facial revitalization to body contouring and even hair restoration. 

Common clinical Mesotherapy injection instruments/devices

 Manual syringe injection

Manual syringe injection of mesotherapy involves the precise and controlled injection of a customized blend of vitamins, minerals, amino acids, and other therapeutic agents into the mesoderm (middle layer of the skin) using a syringe. For facial mesotherapy, commonly, syringe lengths range from 4mm to 13mm.

 Mesotherapy gun

A mesotherapy gun is a device used in medical aesthetics that automates the process of mesotherapy injections. It typically features a gun-like apparatus that administers precise and controlled injections of therapeutic substances into the mesoderm of the skin. The mesotherapy gun is designed to enhance accuracy, consistency, and efficiency in delivering the customized blend of vitamins, minerals, and other agents for skin rejuvenation and other aesthetic purposes. This device offers a more standardized and automated approach compared to manual injection methods.

 Automated mesotherapy injector

An Automated Mesotherapy Injector is a sophisticated medical device designed for the automated administration of mesotherapy treatments. This injector utilizes advanced technology to precisely and consistently deliver therapeutic substances into the mesoderm, a middle layer of the skin. The automated system controls parameters such as injection depth, speed, and dosage, ensuring optimal treatment outcomes.