In recent years, technology has significantly advanced beauty treatments, with one notable innovation being ultrasound technology for enhancing aesthetics.
Numerous advantages can be gained from this, including enhancing the metabolism of fat cells and local circulation, as well as boosting the self-confidence of individuals interested in this technology.
It is possible to achieve impressive reductions in measurements and cellulite without subjecting the client to highly invasive procedures, which may deter some people due to the associated risks.
Interested in learning more about aesthetic ultrasound? Then stay tuned and follow our material!
What does aesthetic ultrasound refer to?
Ultrasound waves are commonly used in diagnostic medicine to visualize structures in the body. Were you aware that this technique can also be utilized for aesthetic procedures?
This treatment has transformed our field by delivering great outcomes through non-invasive procedures that lead to swift patient recovery.
Ultrasound for aesthetics involves applying fast mechanical waves to the skin, which are known as shock waves due to their high speed compared to sound waves.
How does aesthetic ultrasound function?
Ultrasound technology for beauty treatments involves a range of devices, with the transducer being a key component. This element applies pressure to the client’s skin, and a gel is used to help it glide smoothly and enhance its effectiveness.
The deepest layers of the dermis and epidermis vibrate intensely, causing the desired effects to enhance blood circulation and eliminate localized fats.
There are currently two types of ultrasonic devices used for aesthetic purposes: low-frequency and high-frequency. The frequency is measured in Hertz, with 1 Hz meaning the transducer moves back and forth once per second. Higher frequencies can penetrate the skin to greater depths.
- Low-frequency ultrasound involves measuring vibrations at frequencies of 38, 40, and 80KHz, typically used in fatty tissue layers over 3 cm thick. Skin folds are made to minimize the risk of affecting tissues below the fat layer.
- High-frequency ultrasound operates at megaHertz levels, equivalent to 1,000,000 oscillations per second or 1000 KHz, enabling penetration to adipose tissue layers up to 1.5 cm without requiring deep action or the need for skin folds.
Within these groups, we can also identify the subsequent subcategories.
- Ultracavitators utilize low frequency waves ranging from 20 KHz to 60 KHz to disrupt fat cells, leading to their death and delivering significant therapeutic benefits.
- Lipocavitators are high-frequency devices that target the top layers of skin and subcutaneous tissue, effectively treating cellulite.
- These devices can also have high power, meaning the mechanical waves are stronger, allowing them to treat large areas in less time.
- It is feasible to concentrate the emitted waves from the transducer to target a smaller area of the skin, enhancing the device’s effectiveness by concentrating its power.
These waves can reach depths of up to 4.5 cm within the skin, targeting the dermis, epidermis, and fat tissue where adipocytes are stored, depending on the customer’s requirements.
The amount of sessions needed to achieve results can vary for each patient, depending on factors such as the severity of cellulite, the size of the area being treated, and how each individual’s body responds.
They can achieve faster results by attending one or two sessions per week, lasting 20 to 40 minutes each. Typically, around 5 sessions are recommended for cellulite reduction, but the number may vary based on the individual’s needs.
It is suggested to measure and take photos for the patient’s clinical record to facilitate comparing sessions and tracking aesthetic progress visually.
In certain situations, the gel can be utilized to boost the ultrasound effects. For instance, GIOlaser employs a thermogenic gel containing concentrated caffeine and carnivorous plants to enhance fat metabolism and increase vasodilation.
Local blood flow is enhanced, leading to quicker reduction of localized fat and cellulite, eliminating excess fat under the skin’s surface.
What are your primary purposes?
The aesthetic ultrasound has multiple applications. Let’s now discuss the most important three.
Cellulite removal
Ultrasound is commonly used in clinics for aesthetic purposes, such as diminishing the appearance of cellulite. Cellulite results from collagen remodeling of the skin above fatty tissue, leading to the formation of superficial depressions that affect appearance but not physical health.
Some women may experience self-esteem issues, leading them to seek aesthetic treatments due to feeling embarrassed when wearing swimsuits and going to beaches or clubs.
The aesthetic procedure in the US is effective in targeting both the fat in the skin’s deep layers and collagen remodeling, leading to significant restructuring of the skin and a more even dermal surface in the weeks after treatment.
Reduced fat in a specific area.
Vibration triggers adipocytes to break down stored fat in cells. Ultrasound has been used in plastic surgery clinics for liposuction preparation for a long time, yielding enhanced results. This technology has now been introduced to aesthetic centers.
This therapy is particularly effective for targeted fat deposits, yielding ideal outcomes for small areas like the arms and inner thighs.
The ultrasound can help reduce measures in individuals with significant abdominal fat, but it cannot completely eliminate the accumulation. It should be combined with a nutritious weight loss diet under the guidance of a nutritionist.
Speeds up the recovery process
Aesthetic ultrasound can speed up the healing process after surgery by enhancing blood flow and local lymphatic drainage, leading to various benefits.
- Edema reduction occurs due to drainage actions.
- Improved cellular nourishment is a result of enhanced blood circulation.
- Stimulating the fibrin network speeds up the healing process.
What are the primary advantages of using aesthetic ultrasound?
The purpose of aesthetic ultrasound in the US is to boost the activity of nearby cells, enhancing tissue function and performance.
It also offers additional benefits. See below.
Blood flow is enhanced.
Ultrasound mechanical waves effectively promote vasodilation in skin cells, leading to increased blood flow, enhanced oxygenation, and better nutrient delivery to tissues.
As a result, the skin looks more youthful and attractive, with reduced susceptibility to new inflammations that cause swelling, discomfort, and other issues based on the amount of fat in the individuals.
Cellulite reduction
Ultrasound vibration enhances local drainage and circulation, leading to reduced water retention in aesthetic treatments. This aids in loosening the connective tissue attachments in the skin’s deepest layers, alleviating discomfort caused by cellulite, an inflammatory condition.
Fat cells decrease, leading to a smoother, more even skin texture due to reduced subcutaneous fat tissue.
Fight stubborn body fat
Localized fat accumulation is a common concern for both women and men, as it can be challenging to eliminate through diet and exercise since the body does not target specific areas for fat burning.
Ultrasound can target specific areas effectively, speeding up local metabolism and leading to a decrease in size, yielding notable outcomes.
Women are currently most concerned about their glutes, thighs, and arms, while men aim to reduce belly fat and thigh size.
Aesthetic ultrasound has become a highly advanced treatment option in clinics due to its numerous advantages. Since it is non-invasive, clients can quickly resume their regular activities post-procedure. Moreover, it can be scheduled conveniently, like during a lunch break or before work.
When should ultrasound be performed for cosmetic purposes?
Aesthetic ultrasound requires assessment by a qualified professional to evaluate its features before any intervention, which should be considered in terms of its pros and cons.
The patient should be informed about the timing, potential discomforts, and overall sterilization process for shared items following the treatment decision.
It is important to understand the aesthetic clinic’s infrastructure and authorization to use ultrasound for enhancing treatments.
Make sure the company has the necessary accreditations, employs qualified technical professionals, and fulfills its obligations with regulatory bodies. The appropriate timing for procedures should be decided collaboratively by the professional and patient, based on technical recommendations and individual health needs.
The patient’s dedication to various factors affecting the result, like poor eating habits or a lack of physical activity, is crucial in this process. Simply undergoing treatment will not be effective if the individual does not promote a healthy diet or remains inactive. The effectiveness of aesthetic ultrasound will be limited in this scenario.
Treatment through aesthetic ultrasound will be improved with the continued dedication to healthy practices and regular aerobic exercise.
Ultrasound treatment for aesthetic purposes is a great way to target and reduce localized fat, aiding in healthy weight loss and improving areas of concern for both men and women. It is important to undergo this procedure at reputable clinics with experienced professionals.
Contact us to learn more about the ultrasound services offered at GiOlaser and we will provide further information on the procedures you are interested in!
