The Mechanism of Mesotherapy

The Mechanism of Mesotherapy. Mesotherapy is a popular non-surgical cosmetic treatment that involves the injection of vitamins, enzymes, hormones, and plant extracts into the skin. This technique is used to rejuvenate and tighten skin, as well as remove excess fat. The success of mesotherapy largely depends on the instruments used to deliver these active ingredients effectively and accurately. In this blog post, we will delve into the mechanism of mesotherapy and explain how various instruments deliver active ingredients into the skin.

What is Mesotherapy?

Mesotherapy was developed by Dr. Michel Pistor in France in 1952. Initially used for pain relief, it has since evolved into a cosmetic procedure aimed at treating various skin and body issues. Mesotherapy can address concerns such as:

• Skin rejuvenation and hydration
• Fat reduction and cellulite treatment
• Hair loss
• Scar and stretch mark reduction
• Hyperpigmentation

The effectiveness of mesotherapy relies on the precise delivery of active ingredients to targeted areas in the skin. This is achieved through a variety of instruments and techniques.

Traditional Mesotherapy Instruments

In the early days of mesotherapy, the procedure was performed using simple hypodermic needles and syringes. Practitioners manually injected small amounts of the treatment solution into the mesoderm (middle layer of the skin). This method, while effective, was time-consuming and required significant skill to ensure even distribution of the ingredients.

Modern Mesotherapy Instruments

Advancements in technology have led to the development of more sophisticated mesotherapy instruments. These modern devices enhance the precision, efficiency, and comfort of the treatment. Here are some of the key instruments used in mesotherapy today:

• Automated Mesotherapy Guns

Automated mesotherapy guns have revolutionized the way treatments are administered. These devices allow practitioners to control the depth, volume, and speed of injections with high precision. Automated guns ensure a consistent and even distribution of active ingredients, reducing the risk of over- or under-treatment in any area.

Mechanism: The automated gun is loaded with the treatment solution and programmed with specific parameters. It then delivers the solution through a series of rapid, controlled injections.

• Micro-Needling Devices

Micro-needling devices, such as derma rollers and micro-needling pens, create tiny punctures in the skin to enhance the absorption of active ingredients. These devices not only deliver the treatment solution but also stimulate collagen production, improving skin texture and elasticity.

Derma Rollers: These handheld devices have a roller covered with fine needles. As the roller is moved across the skin, it creates micro-injuries that facilitate the absorption of the mesotherapy solution.

Micro-Needling Pens: These electronic devices use a motor to move the needles up and down, providing greater precision and control. The depth and speed of the needles can be adjusted to suit different skin types and treatment areas.

• Electroporation Devices

Electroporation is a needle-free technique that uses electrical pulses to create temporary pores in the skin cells. This method enhances the penetration of active ingredients without the need for needles, making it a popular choice for needle-phobic patients.

Mechanism: Electroporation devices deliver controlled electrical pulses to the skin, creating transient pores that allow the treatment solution to penetrate deeply into the skin layers.

• Needle-Free Mesotherapy Devices

Needle-free mesotherapy devices use various technologies, such as ultrasound and jet injection, to deliver active ingredients into the skin. These methods are non-invasive and reduce the discomfort associated with traditional needle injections.

Ultrasound Devices: These devices use ultrasonic waves to increase the permeability of the skin, allowing the treatment solution to penetrate more effectively.

Jet Injection Devices: These devices use high-pressure air or gas to propel the treatment solution into the skin. Jet injections are painless and reduce the risk of infection.

How Instruments Deliver Active Ingredients 

The primary goal of mesotherapy instruments is to deliver active ingredients effectively to the targeted areas of the skin. The choice of instrument depends on the specific needs of the patient and the nature of the treatment. Here’s how different instruments achieve this:

• Precision and Control

Modern mesotherapy instruments, such as automated mesotherapy guns and micro-needling pens, offer precise control over injection parameters. This ensures that the treatment solution is delivered at the correct depth and volume, maximizing its effectiveness and minimizing side effects.

• Enhanced Absorption

Micro-needling devices and electroporation techniques enhance the absorption of active ingredients by creating micro-channels or temporary pores in the skin. These pathways allow the treatment solution to penetrate deeper into the skin, ensuring that it reaches the target areas effectively.

• Comfort and Safety

Needle-free mesotherapy devices, such as ultrasound and jet injection devices, provide a non-invasive alternative to traditional needle injections. These methods are painless and reduce the risk of infection and other complications, making the treatment more comfortable and accessible for patients.

Benefits of Modern Mesotherapy Instruments

The evolution of mesotherapy instruments has brought several benefits to both practitioners and patients:

• Efficiency: Modern devices allow for faster and more efficient treatments, reducing the time required for each session.
• Consistency: Automated and precision-controlled instruments ensure consistent results, improving the overall effectiveness of the treatment.
• Comfort: Advances in needle-free and minimally invasive techniques have made mesotherapy more comfortable and less intimidating for patients.
• Customization: The ability to control injection parameters and customize treatment solutions allows practitioners to tailor treatments to the specific needs of each patient.

Understanding the mechanism of mesotherapy and the role of various instruments in delivering active ingredients is crucial for appreciating the effectiveness of this treatment. From traditional hypodermic needles to advanced automated guns and needle-free devices, the evolution of mesotherapy instruments has significantly improved the precision, efficiency, and comfort of the procedure. By leveraging these advancements, practitioners can provide more effective and personalized treatments, helping patients achieve their aesthetic goals with minimal discomfort and maximum results. As technology continues to advance, the future of mesotherapy looks promising, with even more innovative solutions on the horizon.