esthetic future
Innovative unfocused ultrasound therapy for esthetic use
Nowadays beauty standards are very high, which open new markets opportunities.
The skin rejuvenation beauty industry leads the market. Technologies that provided in market are chemical, electronic and mechanical devices.
Currently, the skin rejuvenation electronic devices market is $2.2 billion with a constant CAGR more than 10 percent.
It is one of the most promising esthetic markets in the world.
We present a unique revolutionary non-focused ultrasonic noninvasive device for facial skin rejuvenation, innovation device which has no analogues in the world.
Our vision
Market volumes are increasing, high demand for new technologies.
Costumers prefer noninvasive devices, that can provide long terms effects and eliminate the risk of infection.
Our device highly efficient, safe, without risk of infection, and will have compliance with CE mark.
The Need
Human skin undergoes numerous changes due to aging. The biggest are dry skin, skin thinning, wrinkles, sacking and loss in elasticity, subcutaneous fat tissue loss, decreased sebum production, and pigmentation disorders.
Skin rejuvenation is a cosmetic procedure that includes a series of cosmetic interventions to enhance the skin features by reversing aging signs. The procedure lifts the neck, chin and brow, and improves lines and wrinkles on the upper chest. Among the currently-available skin treatment modalities, non-invasive technology is the most promising for non-surgical facial and body skin rejuvenation.
Collagen is a natural protein that gives the skin its youthfulness by keeping it toned. As we age, collagen breaks down, and the result is sagging skin. The non‐invasive delivery of ultrasound energy to the skin causes micro-coagulation zones from the dermis to the superficial musculoaponeurotic system (SMAS), resulting in the gradual tightening of the skin through collagen contraction and remodeling.
Today there are various invasive surgical options to treat facial lines and wrinkles. The gap of non-invasive aesthetic treatments with proven efficacy, safety, and minimal downtime is still unfulfilled. The other options can cause damage to the upper skin, which, in turn, requires a long healing period and considerable downtime.
Market
The adoption of aesthetic procedures is on the rise due to the growing aging population, increasing awareness about cosmetic procedures, growing safety and efficacy thanks to technological advancements, and the rising middle class population.
The need for skin rejuvenation is huge and the demand for a youthful appearance is enormous. The global energy-based aesthetic devices market generated $2.4 billion revenue in 2018 and is projected to advance at a CAGR of 10.4% during the forecast period. The energy-based aesthetic devices industry will reach $4.6 billion by 2024.
The global skin rejuvenation market in North America is expected to witness the highest growth to register a healthy CAGR of just under 9.5% throughout the forecast period. Following North America, the Pacific region ( excluding Japan ) shows high potential in the coming years, with a robust growth rate during the forecast period. Today a diverse array of aesthetic medical devices is on the market, including energy-based aesthetic medical devices such as laser-based devices, radiofrequency devices, light-based devices and ultrasound aesthetic devices. However, most of these procedures are invasive, have long curing times, and a high probability of infection.
Our Solution
Unlike the majority of applicants, we have already developed a working prototype that was successfully tested in a feasibility study. Our prototype includes main product features to minimize future risks. Our technology vision is performance, reliability and affordability. We take treatment to a new level through a profound understanding of the underlying physics, which we merge with today’s production technologies.
We invented a way to produce a dot-patterned acoustical field via cost-effective means. As such, the ablation pattern causes effective collagen generation in the skin, ensuring fast patient recovery. We developed a unique design of ultrasound transducer that can produce high power density for treatment time reduction. A large and flexible area can be covered instantly.
Our cooling system controls skin line temperature independently to transducer heating in such a way we control treatment depth and shape. Thus, the epidermis layer remains undamaged, minimizing the risk for infections. In addition to performance, we have paid attention to improve the unique user experience. The probe is designed for convenient use, and the skin contact membrane is disposable and easily re-assembled.
Treatment is intended to be easy, smooth, controllable and repeatable. Feedback to the therapist is immediate. Lesion is visible in ambient or red light and sensible to touch.
Meet The Team
Evgeny Belov
CEO - Expert manger in esthetic medical devices
UltraSound Expert
CTO - Expert in R&D and Ultrasound technology