How to choose the best ultrasonic facial cleanser

• Operating principle of ultrasound
• Indications and contraindications for ultrasound treatment
• Types of ultrasound procedures and their features
• Cost of ultrasound procedures

Various types of ultrasound procedures are in high demand among modern girls. The thing is that ultrasound is actively used in cosmetology and allows you to eliminate problems with facial skin and more.

Thanks to an ultrasound machine, you can also get rid of cellulite, scars and scars, and improve hair health. Why ultrasound therapy is so effective, what indications and contraindications exist for such treatment, we will tell you in our article.

Cleansing facial skin. Why is it important?

We often hear that any skin care begins with cleansing.
Why is this so? Renewal of the epidermis (upper layer of skin) occurs throughout life. Young cells formed in the lower layers gradually rise up, die (keratinize), slough off and separate from the skin. Due to a whole range of factors (age, stress, environment, eating modern foods, etc.), this process slows down, and the skin does not have time to completely get rid of all dead cells. They remain on its surface, mixed with secretions of the sebaceous glands (sebum), particles of makeup and dust. This creates a dense layer of impurities that cannot be dissolved by conventional cleansers.

Skin with such a “shell” feels bad:

• All its functions are disrupted, and the process of natural renewal is slowed down even more. It loses its healthy color, looks dull and “tired”, its quality deteriorates;
• Pollution clogs pores, leading to the appearance of “blackheads” (comedones) and blackheads;
• The active ingredients in cosmetics cannot penetrate deep into the skin in sufficient quantities.

The keratinized epidermis, which cannot “come off” from the surface, looks like peeling. We begin to think that the skin is dry, we heavily use moisturizing and nourishing products - but this only causes dead cells to swell, and flaking becomes even more noticeable. Sound familiar?

Ultrasonic facial cleansing. How it works?

Ultrasonic cleansing (Ultrasonic peeling) is a method of deep cleansing the face based on the action of ultrasonic waves.
Our skin is regularly renewed throughout our lives. The top layer (epidermis) consists of several rows: new cells are formed at the border with the dermis and gradually move upward, being replaced by younger ones. On the surface, epidermal cells become keratinized, gradually die, desquamate and separate from the skin.

With age, the skin loses its strength, and this process slows down. The rate of cell renewal is also influenced by many external and internal factors (ecology, nutrition, lifestyle, bad habits, etc.). The keratinized epidermis does not have time to separate completely. Dead cells mix with secreted sebum and toxins, dust particles from the air, and makeup residues. As a result, a rather dense layer of impurities forms on the surface of the skin, which does not allow it to breathe freely, secrete, or absorb useful cosmetics in the required quantity. This “shell” further worsens the condition of the skin and slows down the renewal of its cells.

Deep cleansing and light peelings help break the vicious circle. Ultrasound peeling is one of the simplest and most productive.

Effect of ultrasonic facial cleansing:

Small frequent vibrations of ultrasonic waves, invisible to the human eye, break the connections between cells with impaired metabolism, helping the skin get rid of keratinized scales and impurities on its surface

Ultrasonic vibration mechanically “knocks out” deeper impurities and sebaceous gland production from the skin pores. The procedure prevents the formation of comedones - dense clots from a mixture of sebum, particles of keratinized epidermis and dust settling on the face, which can subsequently become inflamed, turning into acne.

In addition, ultrasound has a triple effect on cells:

• Thermal consists of a local increase in temperature by 1-2 degrees, which causes an acceleration of metabolic processes;
• Mechanical compression and stretching of cells, as a result of which the permeability of cell membranes increases;
• Physico-chemical is associated with the restructuring of intracellular structures, stimulation of the synthesis of enzymes and the production of collagen, elastin, hyaluronic acid.

The procedure is very simple, painless and does not injure the skin in any way.

Historical information
Ultrasonic waves were discovered in 1899, they were discovered by K. Konig. The Russian engineer K.V. Shilovsky and the French inventor Langevin tried to use ultrasound in practice in 1914-1918. The research of these scientists led to the creation of an ultrasound emitter. It worked on the basis of the piezoelectric effect in accordance with the development of the Curie brothers. After this, a device was made based on magnetostriction. Over time, the rays emanating from the device became more focused on a specific object. This allowed the use of ultrasonic waves in industry and medicine. Ultrasound began to be used in medicine after 1927.

The impetus for the use of ultrasound was the work of scientists on the biological effects of ultrasound on the body. There is an opinion that R. Pohlman was the first to use ultrasound. He created a vibrator that emits ultrasonic waves. Pohlman treated sciatica, neuralgia, and myalgia with ultrasound waves. The results of the treatment were positive. By 1945, UST began to be used in Germany, Western Europe, the USA, and Japan. In our country, the technique began to be used only in 1953. Scientist V.A. Plotnikov first tried to treat Dupuytren's contracture with ultrasound. In 1955, ultrasound waves began to be used in the treatment of neurological, joint pathologies, and skin diseases. Since 1961, domestic ultrasonic devices began to be produced. Their production was mass-produced, which served as an impetus for the development of ultrasound therapy. In 1986, scientists from Belarus (L. I. Bogdanovich, V. S. Ulashchik, A. A. Chirkin) were awarded a prize in the field of science and technology. Ultrasound therapy techniques in physiotherapy are used very widely today to treat various diseases.

Characteristics of ultrasonic waves

For physiotherapeutic procedures, ultrasound waves with a frequency of 800-3000 kHz are used. For surgical manipulations, the oscillation frequency is 20-100 kHz. The dosage of ultrasound exposure on the body depends on the intensity, duration of exposure, as well as the type of generation of ultrasound waves (continuous, pulsed).

Ultrasound wave intensity:

• Low (no more than 0.4 W/cm2)
• Medium (0.5-0.8 W/cm2)
• High (0.9-1 W/cm2)

With continuous exposure to ultrasound, ultrasound waves are directed onto tissue without stopping.
The pulse effect on organs is an intermittent stream of waves lasting 2.4 or 10 ms. The degree of absorption of ultrasonic waves depends on the acoustics and vibration frequency. If the tissues are soft, then absorption will occur at a depth of 4-5 cm at a frequency of 800-900 kHz, at a depth of 1.5-2 cm at a frequency of 3000 kHz. Tissue absorption relative to blood:

• fat – 4 times more effective;
• muscular - 10 times better;
• bone - 75 times more intense.

At the transition site of different types of tissue, the intensity of absorption of ultrasonic waves is much higher.
They are immediately absorbed in the air, so various media are used for ultrasonic physiotherapy. Mechanism of influence of ultrasonic radiation

There are several mechanisms by which ultrasound affects the body. These include: mechanical, thermal, physico-chemical, neuro-reflex. They are the primary mechanisms of ultrasound therapy. The mechanical effect consists of high-frequency vibrations that are transmitted to tissues. In this case, a very small vibration occurs, invisible to humans. Vibration effects lead to increased blood circulation and increased metabolism in cells.

Under the influence of vibration in the cell, the viscosity of the cytoplasmic fluid decreases. The connective tissue in the tissues begins to loosen. The diffusion of microelements in cells is accelerated, and the work of lysosomes is stimulated. Enzymes begin to emerge from the lysosomes, which increase the function of protein compounds. These processes help speed up metabolism. When high-frequency waves are applied, the permeability of histohematological barriers increases. The thermal effect involves the transition of the energy of ultrasound waves after absorption by tissues into heat. The temperature in them increases by 1°C. At the same time, enzymatic activity inside tissues is accelerated, biochemical reactions are stimulated. Heat is generated only at the boundaries of tissues of different densities. Thermal energy is absorbed more by organs with a deficiency of blood flow, saturated with collagen fibers, as well as nervous and bone tissue.

The physico-chemical effect is caused by mechanical resonance. It increases the speed of movement of molecular structures, the process of decomposition of molecules into ions increases, and new electric fields appear. Lipid oxidation accelerates, the functioning of mitochondrial structures of cells improves, physical and chemical processes in the tissues of the body are stimulated. Biologically active substances such as histamine and serotonin are activated. Under the influence of ultrasound waves, breathing and oxidation in organs improves. All these processes accelerate tissue restoration.

The following phases of the body's reaction are distinguished:

Ultrasound waves are a specific irritant when they act on organs and tissues. If the effect of ultrasound is directed on the skin, an inflammatory reaction is formed, skin redness, and metabolism increases. During ultrasound therapy (UT), the number of mast cells increases, the function of cambial (stem) cell structures is stimulated, and the concentration of mucopolysaccharides increases.

During therapy, the function of the glandular apparatus (sebaceous sweat glands) in the skin increases, and the skin's reaction to irritants becomes brighter. The tissues of the nervous system are very sensitive to the effects of ultrasound waves. Ultrasound inhibits the functioning of synaptic cleft receptors, which helps reduce the speed of transmission of nerve impulses. The general condition of patients with disorders of the autonomic nervous system improves. If ultrasound waves act on the glandular areas, this leads to stimulation of hormone synthesis. Immune activity increases.

When affecting the cardiovascular system, ultrasound can increase blood flow, slightly lower blood pressure, and increase heart rate. The rheological properties of blood become better, the function of erythrocytes and leukocytes increases.

Indications for UT use

• ENT diseases (presence of adenoids, tonsillitis, pharyngitis in the recovery stage and other diseases)
• Sjögren's disease
• Therapy of scar changes in the postoperative period
• Eczema, neurodermatitis
• Pathologies of the nervous system
• Diseases of the articular apparatus
• Enuresis
• Osteochondrosis of the lumbar region
• Lumbar radiculopathies, lumbar hernias
• Arthritis, arthrosis (rheumatoid, as well as with joint deformation)
• Trigeminal neuralgia
• Eye pathologies (cataracts, corneal lesions, retinal diseases)
• Scoliosis. Scar contractures
• Scars after burn injury
• Consequences of injuries
• Ulcers due to venous insufficiency
• Fractures of bones (tubular)
• Prostate pathology
• Decreased ovarian function, infertility
• Serous mastitis
• Diseases of the uterus, tubes, ovaries, pelvic adhesions

Restrictions

• Purulent discharge or abscess
• Arrhythmia
• Intoxication
• Thrombophlebitis
• Hypotension
• Jaundice syndrome
• Vein thrombosis
• Hepatic and renal colic
• Hyperthyroidism, thyrotoxicosis
• Asthenia
• Autonomic dysfunction
• Hemophilia
• Diabetes mellitus (late stage)
• Chronic nephritis
• Atherosclerotic vascular lesions
• Tuberculosis of lung tissue
• Severe hypertension
• Malignant tumor process
• Infectious diseases of any etiology
• Gestation period
• Blood clotting disorder
• Facial nerve neuropathy, neuralgia

Technique of procedures

When using ultrasound treatment, the emitter should not be directed at the heart, brain, or bone growth points in children. UT technology and devices When performing ultrasound physiotherapy, it is necessary to eliminate purulent foci of infection. This can be done with the help of medications and disinfectant solutions. Infectious diseases of a viral or bacterial nature should also be treated. The physiotherapy algorithm is as follows. Before starting therapy, the skin at the site of contact with the hardware head of the emitter must be lubricated with a special substance (vaseline, lanolin).

Turn on the device, adjust the intensity of the waves, and set the time. After this, the emitter is placed in the required area on the surface of the skin and begins to move at a speed of 1 cm per second. At the initial stage of treatment, no more than 1-2 fields can be processed in 1 session. After two days of treatment, up to 3-4 fields can be irradiated. The duration of the procedure in the first two days should not exceed 5 minutes. Subsequent sessions last up to 15 minutes. For children, it is recommended that the procedure last no more than 10 minutes.

When treating extremities with ultrasound (feet, hands, joints, forearm, lower leg), the procedure is carried out in water. The patient lowers his arm or leg into the bath, and the emitter is immersed there. The temperature regime for water is 32-36°C. The duration of the physiotherapy procedure is up to 15 minutes. During therapy, it is necessary to ensure the safety of medical personnel. The nurse who holds the emitter in the water should wear a wool mitten and a rubber glove on top. This protects the healthcare worker's hand from exposure to ultrasound. A mitten made of wool has air in its pores, which completely absorbs ultrasonic waves.

use in children

Ultrasound therapy is prescribed to children only from the age of 7. The technique should not be used at an earlier age. Therapy is used for the same indications as for adults.

In adolescent girls, UST is used to treat menstrual irregularities. For younger patients, ultrasound is indicated for adenoiditis and other ENT pathologies. Ultrasound treatment for children is also necessary for enuresis. Ultrasound waves improve the condition of the bladder tissue, which helps to form a normal urination reflex and reduce bladder reactivity.

Conclusion

Ultrasound therapy is a relatively safe treatment method. It is used for various diseases. Hospitals, as well as sanatorium-resort institutions, are allowed to use ultrasound treatment methods. To undergo ultrasound therapy, you must consult a doctor. He will determine the duration of the sessions, the intensity of exposure to ultrasonic waves, and the duration of the course.

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Problems for which ultrasonic peeling is recommended:

• The skin has lost its healthy appearance, the complexion is dull;
• Pores are enlarged, contaminated, there are “black spots”;
• Signs of withering, aging skin;
• Shallow wrinkles on the face, neck and décolleté;
• Hypersecretion of the sebaceous glands, oily skin prone to rashes;
• Peeling, increased dry skin, seborrhea;
• Decreased elasticity, tone, sagging skin.

Ultrasonic peeling is indicated for skin of any type for deep cleansing and prevention of premature aging. Loose skin has higher immunity and easily resists various types of damage.

Results of ultrasonic facial cleansing:

• The surface of the skin is cleansed, particles of impurities are “knocked out” from the pores;
• Microcirculation improves, blood vessels are strengthened: increased blood supply nourishes cells, and stimulation of lymphatic drainage accelerates the removal of toxins, prevents the formation of fluid stagnation and swelling;
• The number of comedones and inflammations, unhealthy greasy shine is reduced;
• The microrelief of the skin is evened out: small wrinkles are smoothed out, scars and post-acne scars (especially fresh ones) become less noticeable;
• Enlarged pores narrow, new ones practically do not appear;
• The skin becomes firmer and more elastic, its tone increases;
• The complexion improves, the skin acquires a healthy glow, looks fresh, becomes incredibly smooth and soft;
• The feeling of discomfort on the face disappears.

What additional functions are available in ultrasonic facial cleansing devices?

Many portable ultrasound devices have additional functions that significantly expand the list of cosmetic procedures “for home”. Therefore, before choosing an ultrasound machine, you must first study its capabilities.

Phonophoresis

Deep delivery of active cosmetics nutrients into the deep layers of the skin using ultrasound. Ultrasound waves, causing compression of cells, create temporary channels in the epidermis. Through them, even fairly large molecules of active ingredients of cosmetics penetrate into the skin, which are not able to overcome the epidermal barrier with conventional surface application. The effect of non-injection mesotherapy is created when beneficial substances accumulate deep in the skin in high concentration and are gradually released from such a depot, directly acting from the inside on the cells of the deep layer of the epidermis and dermis

Ultrasonic micromassage

Small mechanical vibrations cause alternating contraction and stretching of cell membranes, increasing their permeability to useful substances.
Therefore, phonophoresis and micromassage procedures are recommended to be carried out together, after ultrasonic cleaning. The complex effect of ultrasonic vibrations and special cosmetic products increases the activity of the drugs, promotes their deep penetration, lengthening the duration of action, and reducing adverse reactions.

Iontophoresis

It is possible when the device generates galvanic currents that conduct deep into positively or negatively charged particles (ions) from special cosmetics. It is known that differently charged particles are strongly attracted to each other, and equally charged ones are also strongly repelled. Thus, a negative electrode will “push” negative ions (-) into the skin to a depth of 1.5 cm, and a positive electrode will push (+) ions. Being in the deep layers of the skin, ions accumulate on the surfaces of cell membranes and are absorbed more easily and quickly (compared to ordinary particles), because many active elements inside cells exist in this form.

Disincrustation

Cleansing comedones with galvanic currents, which cause a chemical reaction between special disincrustation agents and fatty acids in sebum. During exposure, the usually acidic environment of the skin changes to the alkaline side, fatty acids are destroyed and turned into ordinary soap, which is easily washed out of the pores. In this way, you can free the skin even from very dense and very deep sebaceous plugs.

Galvanic lifting

Another positive effect of galvanic currents. When using specially developed anti-aging cosmetics with ions, noticeable thickening and tightening of the skin occurs.

Brushing

Mechanical cleansing of surface dirt and makeup residues with special brushes. Recommended for daily thorough washing. Some ultrasound devices are equipped with special silicone brush attachments with delicate bristles, which allow you to save on the purchase of a separate device and use the ultrasound scrubber every day.

Microcurrents

Exposure to weak pulsed electric currents with special characteristics leads to increased skin activity at the cellular level. Their energy potential increases (ATP synthesis - the main source of cell nutrition), ion channels open, metabolism, protein and DNA synthesis accelerates. Each skin cell “wakes up” and begins to function more actively, and the duration of its life cycle increases.

Chromotherapy

Positive effects on the skin of light rays of different lengths.

So the best facial cleanser is sure to be multifunctional.

Basic techniques

During the procedure, the emitter should be positioned only perpendicular to the skin to which the ultrasound action is directed. If this condition is violated, the reflection coefficient increases, which leads to a decrease in the penetration coefficient of ultrasound into tissue.

The technique of the procedure is of decisive importance for prescribing UT in each specific case. There are the following methods of exposure to ultrasound:

1. Stable (fixed), which provides for installation of the emitter in accordance with the location of the lesion. He must remain in this position throughout the entire procedure. Today, the stationary technique is not often used due to the high probability of overheating due to the mechanical heterogeneity of tissues and the potential occurrence of so-called “standing” waves. This technique is most popular in dentistry and ophthalmology, as well as in the treatment of ENT pathologies. In general physiotherapy practice, only individual elements of the stationary technique are used.
2. Labile (movable), which is the most commonly used ultrasound therapy technique. Its essence boils down to the fact that the emitter moves along the surface of the human body at a low speed not exceeding 2 cm/sec. Stroking movements of a longitudinal and circular direction are made with barely perceptible pressure. The beginning of the process is preceded by the application of a contact agent to a specific area of ​​the body that will be exposed to ultrasound. The peculiarity of the ultrasonic wave is its rapid attenuation and inability to propagate through the air. This explains the need to use a contact agent. It guarantees contact between the body area and the emitter. It is recommended to use gel-like contact agents of domestic and foreign production. As soon as the contact substance is applied, the emitter head is placed on the surface of the body, and only after that the device is turned on. When moving the emitter, make smooth wave-like movements, avoiding separation from the skin.
3. Underwater (subaquatic), which is prescribed if it is necessary to expose parts of the body to complex configurations and if it is impossible to ensure the required degree of contact of the emitter with the skin. The procedure is carried out in a special bath filled with water, or through a rubber bag that also contains water. One of its sides takes the shape of the area that is subject to ultrasonic influence, and the second comes into contact with the radiation source. Ultrasound therapy under water is carried out using degassed or distilled water, the temperature of which does not exceed 32 degrees. First, the part of the body that is subject to ultrasound exposure is lowered into the bath, and then the emitter is lowered into it. They make slow movements, maintaining a 1-2 cm distance from the surface of the skin, in accordance with the location of the source of pathology.

What cosmetics should I use for ultrasonic facial cleansing?

In addition to choosing the best device for ultrasonic cleaning, you should think about buying cosmetics for the procedures.

• A special gel that conducts ultrasonic waves deep into the skin. Without it, they will simply fade on a dry surface and no cleaning will be possible. Such products always contain a whole range of active substances to solve various skin problems, so when choosing, you should pay attention to this;
• Special products designed for phonophoresis and ultrasonic micromassage. Any serum will not work: many substances are destroyed under the influence of ultrasound;
• Gels or disinfectant lotions for galvanic cleaning, if the device provides such a possibility;
• Active “charged” complexes for iontophoresis.

How to choose cosmetics for ultrasonic facial cleansing? Read our article for details!

READ

Consequences of the procedure: complications and care requirements

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Ultrasonic exposure does not leave any marks on the skin, however, if the device is faulty, or if the cosmetologist violated the process technology, a burn may occur.

In the future, a person does not need to take any special measures to care for the treated skin, since a cleaning procedure of this type does not affect the deep layers of the dermis and does not create mechanical damage to it. True, cosmetologists advise refraining from visiting the sauna, bathhouse, solarium and gym for 10-14 days.

On the day of cleansing, after its completion, it is better to refuse to apply cosmetics, and before going to bed, use regular skin cleansers.

What are the contraindications for ultrasonic cleaning procedures?

The procedure cannot be done if you have:

• Injuries, cuts, burns, abrasions, as well as active pustular inflammation in the area of ​​​​cleaning;
• Chronic diseases in the acute stage;
• Oncology;
• Diabetes;
• Mental disorders, epilepsy;
• Herpes in the acute stage, dermatitis, dermatoses;
• Pregnancy and lactation;
• Feverish conditions;
• Implants, reinforcement in the affected area;
• Neuralgia of the facial nerve;
• Pronounced rosacea.

Indications for ultrasound therapy

The UST method is applicable today in various medical fields in the treatment of a wide range of diseases. Among them are diseases of the cardiovascular system, including angina pectoris, ischemia, and hypertension. It is also indicated for patients with primary muscular atrophy, flaccid paralysis, injuries and diseases of the musculoskeletal system, gastrointestinal tract, cystitis, gynecological inflammation and prostatitis. UST has shown its effectiveness in the fight against vasospasm, pyelonephritis, trophic ulcers and pathologies of the upper respiratory tract.

The method is common in therapy:

• hernias;
• diseases of the spine;
• osteochondrosis;
• myalgia;
• neuritis;
• myositis.

It is also used for pinched nerves and joint inflammation.

Exposure to ultrasound leads to a decrease in the sensitivity of nerve receptors, and also optimizes the functioning of the autonomic nervous system and regulates the speed of transmission of nerve impulses. This was the reason that ultrasound therapy, the indications for which are determined by the doctor, has also shown its effectiveness in neurology, radiculitis, spinal injuries, neuropathy, multiple sclerosis and spinal cord injuries.

The ultrasonic wave treatment method is intensively used in the field of beauty. With its help, figure correction, peeling, hardware massage are carried out and various defects are eliminated:

• wrinkles;
• scarring;
• stretch marks and adhesions;
• hyperpigmentation;
• consequences of atopic dermatitis;
• skin inflammation;
• age-related degenerative skin changes.

How to choose an ultrasonic cleaning device?

Many stores offer portable ultrasound devices. How do you know which device is best for ultrasonic cleaning?

Pay attention to the following characteristics:

Review of the best devices for ultrasonic facial cleansing

It became clear what parameters need to be compared when choosing the best cleaning device. Together with our expert cosmetologists, we will consider the most popular models of portable ultrasound devices, armed with this knowledge.

Comparative characteristics of devices for ultrasonic facial cleansing, customer reviews

Ultrasonic facial cleanser Bio Sonic 1007 Gezatone

• Article: 1301253
• Power W/cm2: no more than 0.8 W/cm2
• Ultrasound frequency: 24KHz
• Power Source: Battery
• Charging time: 2-3 hours
• Ultrasonic peeling: +
• Ultrasound micromassage: +
• Phonophoresis: +
• Inophoresis: —
• Disincrustation: +
• Brushing: —
• Microcurrents: +
• Galvanic lifting: —
• Chromotherapy: +
• Timer: yes/10 min
• Modes: Continuous, Pulse
• Weight: 100 g

More details

Device for ultrasonic cleaning, phonophoresis, facial micromassage BON-990, Gezatone

• Article: 1301182M
• Power W/cm2: no more than 0.8 W/cm2
• Ultrasound frequency: 25KHz
• Power Source: Battery
• Charging time: 2-3 hours
• Ultrasonic peeling: +
• Ultrasound micromassage: +
• Phonophoresis: +
• Inophoresis: +
• Disincrustation: +
• Brushing: +
• Microcurrents: —
• Galvanic lifting: +
• Chromotherapy: -
• Timer: yes/10 min
• Modes: Continuous, high ultrasonic power and low
• Weight: 80 g

More details

Ultrasonic cleaning and lifting device Bio Sonic 770 S, Gezatone

• Article: 1301231
• Power W/cm2: no more than 0.8 W/cm2
• Ultrasound frequency: 24KHz
• Power Source: Battery
• Charging time: 2-3 hours
• Ultrasonic peeling: +
• Ultrasound micromassage: +
• Phonophoresis: +
• Inophoresis: —
• Disincrustation: -
• Brushing: —
• Microcurrents: +
• Galvanic lifting: —
• Chromotherapy: -
• Timer: yes/10 min
• Modes: Continuous, Pulse
• Weight: 90 g

More details

Device for ultrasonic facial cleansing, phonophoresis, micromassage Bio Sonic 730, Gezatone

• Article: 1301248
• Power W/cm2: no more than 0.8 W/cm2
• Ultrasound frequency: 25KHz
• Power Source: Battery
• Charging time: 2.5 hours
• Ultrasonic peeling: +
• Ultrasound micromassage: +
• Phonophoresis: +
• Inophoresis: —
• Disincrustation: -
• Brushing: —
• Microcurrents: —
• Galvanic lifting: —
• Chromotherapy: -
• Timer: no
• Modes: Continuous
• Weight: 79 g

More details

Ultrasonic facial cleanser Bio Sonic HS 2307 i, Gezatone

• Article: 1302056M
• Power W/cm2: no more than 2 W/cm2
• Ultrasound frequency: 25KHz
• Power source: Mains
• Charging time: —
• Ultrasonic peeling: +
• Ultrasound micromassage: +
• Phonophoresis: +
• Inophoresis: —
• Disincrustation: -
• Brushing: —
• Microcurrents: —
• Galvanic lifting: —
• Chromotherapy: -
• Timer: yes/10 min
• Modes: Continuous, Pulse
• Weight: 175 g

More details

Ultrasonic facial cleanser Bio Sonic 3003, Gezatone

• Article: 1303105M
• Power W/cm2: no more than 1 W/cm2
• Ultrasound frequency: 29 kHz
• Power source: Mains
• Charging time: —
• Ultrasonic peeling: +
• Ultrasound micromassage: +
• Phonophoresis: +
• Inophoresis: —
• Disincrustation: +
• Brushing: —
• Microcurrents: —
• Galvanic lifting: —
• Chromotherapy: -
• Timer: yes/15 min
• Modes: Continuous, Pulse
• Weight: 155 g (handle)

More details

Ultrasonic facial cleanser Gess You

• Article: 1901541
• Power W/cm2: 0.6-1.2 W
• Ultrasound frequency: 18-38 kHz
• Power Source: Battery
• Charging time: 4-5 hours
• Ultrasonic peeling: +
• Ultrasound micromassage: +
• Phonophoresis: +
• Inophoresis: —
• Disincrustation: -
• Brushing: —
• Microcurrents: —
• Galvanic lifting: —
• Chromotherapy: -
• Timer: yes/5 min
• Modes: Continuous, Pulse
• Weight: 450 g

More details

Device for massage and care of face and body “Circle Peeling Pro”, YA-MAN

• Article: 1973326
• Power W/cm2: data not reported
• Ultrasound frequency: 90KHz
• Power Source: Battery
• Charging time: 2-3 hours
• Ultrasonic peeling: +
• Ultrasound micromassage: +
• Phonophoresis: +
• Inophoresis: —
• Disincrustation: +
• Brushing: —
• Microcurrents: —
• Galvanic lifting: —
• Chromotherapy: -
• Timer: no
• Modes: Continuous, Pulse
• Weight: 150 g

More details

Ultrasound for children

Ultrasound therapy, the indications and contraindications for which, especially in the case of treating diseases in children, should be discussed with the attending physician, has its own characteristics when applied to pediatric patients. It is indicated from the first month of life if the child has diseases of the musculoskeletal system. In each individual case, the doctor selects the appropriate time and intensity of exposure, and the ultrasound density should not exceed the following values:

• 0.05 W/cm2 for children under one year of age;
• 0.1 W/cm2 for children one year old.
• 0.6 W/cm2 for children over one year old.

It should be understood that the physiology, tissue structure and functional characteristics of the child’s body have a number of differences and change as the child grows. This must certainly be taken into account when determining a specific therapeutic factor when choosing parameters for the influence of ultrasound, localization and duration of the procedure.

Differences between a child’s body and an adult’s:

• lower thickness of cell layers;
• accelerated formation of reflexes, excitatory processes prevail over inhibitory ones;
• bone density is lower, which causes a higher degree of tissue trauma;
• muscle fibers are thinner, they are freely located; in combination with the large size of the heart, this determines specific features of the physiology of cardiac activity;
• wide ureters and renal pelvises, low glomerular filtration capacity;
• narrow and short nasal passages, poorly developed paranasal sinuses, low degree of airway humidification;
• low bone density and high water content in it.

Rating of the winner of the review of the best ultrasonic cleaning devices

The review shows that the BON-990 Gezatone is recognized as the best device for ultrasonic facial cleansing today.
This is a premium ultrasonic scrubber with the widest possible functions (8 in 1), optimal technical characteristics, made of high-quality materials, the effectiveness and safety of which is confirmed by a medical registration certificate. Our cosmetologist experts gave second place to Bio Sonic 770 S Gezatone. This is an inexpensive and high-quality option with basic functions, allowing you to carry out complex cleansing and lifting procedures at home.

Ultrasonic facial cleansing devices: customer reviews

Nastya, 19 years old Since I was 12 years old, I have had dense “black dots” on my nose, which were not removed by expensive cleansers, nasal tape, or Korean black masks. I was very complex, and when my mother took me for the first time at the age of 15 for an ultrasound cleaning, I was ready to cry with happiness, because only from it they turned significantly white, and they were almost invisible. True, after a while everything became the same as before. Going to a cosmetologist for such cleaning is always expensive for me. Therefore, when I found out about home ultrasound cleaning devices, I immediately bought it. And now I have perfect skin, I do treatments every week!

Ekaterina, 27 years old I haven’t tried ultrasonic cleaning from a cosmetologist, I have nothing to compare with. But I am very pleased with the purchase of Bio Sonic 770. The skin after it is smooth and soft. True, at first you need to adapt to holding the device so that it does not turn off. Then I immediately make masks, do phonophoresis with serum, so I use it to the fullest! I'm happy with the reflection in the mirror.

Valentina, 54 BON-990 was given to me by my daughter, a cosmetologist. She said that the results from it are the same as from the device she uses in the salon. I definitely do ultrasonic massage and microcurrents; it’s great that one device has so many functions and helps us women have a toned face even when you’re “a little over 45”! I always recommend him to everyone.

Comparison table of characteristics

In order to have a correct idea of ​​the models, we suggest looking at a comparative table of characteristics of all devices.