Biomodulation is described as the process of modifying, regulating, or influencing biological processes.
In aesthetic medicine, it focuses on restoring the skin extracellular matrix, promoting collagen and elastin production, and enhancing cellular function. High Molecular Weight Hyaluronic Acid is an ideal ingredient for this as it can restore skin hydration and boost overall skin health. This dual effect is known as skin boosting and hydro boosting.
This approach aims to biorevitalize the skin from within, significantly improving skin texture and providing natural results.
02
HYALURONIC ACID: OVER 25 YEARS OF PROVEN EFFICACY
Hyaluronic Acid (HA), the primary constituent of the extracellular matrix, remains the most potent skin-boosting ingredient in the market. In INNOAESTHETICS, we continue to innovate with HA for skin rejuvenation because we recognize its irreplaceable benefits.
03
High Molecular Weight HA
OUR HYALURONIC ACID
Stabilized for slower degradation
Free from cross-linking agents
High Molecular Weight
Long lasting results
Natural outcome
Pure and safe
INNO-CE skin biomodulation products
INNO-CE®
MOIST®1.5
HA
Concentration:15 mg/ml
Molecular weight2.3 MDa
High Molecular Weight (2.3 MDa) Hyaluronic Acid gel that deeply moisturizes the skin and restores the physiological skin condition. It visibly boosts skin elasticity, glow, and radiance.
Combines two distinct molecular weights of high molecular weight (HMW) non-crosslinked hyaluronic acid (1.8 MDa and 4.0 MDa) to significantly redensify and plump the skin.
Perform 3 sessions at 30-day intervals.
One cycle once or twice a year is recommended.
1stSession
30 DAYS
2ndSession
30 DAYS
3rdSession
Both INNO-CE® MOIST 1.5 and INNO-CE® BI-DENS 2.5 are supplied in 3ml preloaded syringes, allowing for treatment not only of the face but also the neck and decollete.
These formulations are suitable for all skin types and are versatile for addressing different body regions, like hands and arms.
05
SPECIFIC APPLICATION TECHNIQUES
INNO-CE® MOIST 1.5® and INNO-CE® BI-DENS 2.5® can be applied by traditional mesotherapy, but also using specific professional techniques designed to optimize product distribution, precision and aesthetic outcomes.
VPA Technique®, developed by Dr. Victor García Guevara, combines three injection techniques in each session. This technique allows the product to be applied in specific points and sequences tailored to each person, considering the dynamics of patient expression.
Facial Adipostructuring Technique®, developed by Dr. Gladys Velasco, is a rejuvenating technique that focuses on stimulating collagen production and nourishing the tissues in strategic areas to strengthen the ligaments that support the fat pads, achieving spectacular lifting effects.
R-EYE Technique®, developed by Dr. Anastasiia Lapshyna, is focused on the periocular area, one of the most delicate and visibly affected regions in the facial aging process. It is designed to support eye contour rejuvenation through a precise, non-volumizing approach.
Triple R Technique®, developed by Dr. Rafael Zambrano, is designed to redensify, revitalize and reposition the facial skin in a global and harmonious manner, helping achieve natural-looking facial rejuvenation.
Ultra Hyalurolift Technique®, developed by Dr. Uriel Hedding, is a professional application technique designed to support a lifting-oriented aesthetic approach through precise product placement and facial assessment.
Which solution should you choose for each patient?
INNO-CE® MOIST® 1.5 and
INNO-CE® BI-DENS® 2.5 provide specific solutions for the different skin quality needs within professional biomodulation protocols.
Indications
Recommended solution
Benefits
Dehydrated, dull skin lacking radiance
MOIST® 1.5
Hydro boosting / deep hydration / elasticity
Skin with loss of density, initial laxity and need for redensification
BI-DENS® 2.5
Skin boosting / redensification / dermal density
Prevention and maintenance
MOIST® 1.5
Skin quality and radiance
Global rejuvenation or more mature skin
BI-DENS® 2.5
Dermal support and density
MOIST® 1.5
Surface and quality.
Indicated for the treatment of deep dehydration, enhancing skin elasticity and luminosity.
BI-DENS® 2.5
Support and architecture.
Indicated for dermal redensification, effectively addressing density loss and structural firmness.
Both products enhance the optimization of the therapeutic strategy, aligned with the patient’s skin condition, facial dynamics, and the professional’s clinical diagnosis.
QUALITY GUARANTEE
Extensive experience in aesthetic medicine
Development and manufacture in our own laboratory
GMP Certified company
Ethic and safe formula
Professional information
REQUEST MORE INFORMATION
Discover how INNO-CE® MOIST® 1.5 and INNO-CE® BI-DENS® 2.5 can be integrated into professional skin biomodulation protocols.
Cookie preferences
At INNOAESTHETICS, we use cookies and similar technologies to ensure this website works properly, remember your choices, understand how the site is used and, with your permission, support relevant marketing. You can accept all cookies, reject non-essential cookies or manage your preferences. You can change or withdraw your consent at any time through “Manage cookies”.
Necessary
Always active
These cookies are required for the website to function securely and correctly. They support essential features such as page navigation, security and remembering your cookie choices, and therefore cannot be disabled.
Preferences
These cookies remember choices that affect how the website behaves or appears, such as language, region or display settings. They are activated only with your consent.
Statistics
The technical storage or access that is used exclusively for statistical purposes.These cookies help us understand how visitors interact with the website and how it performs. We use this information to improve navigation, content and the overall user experience. They are activated only with your consent.
Marketing
These cookies may be used to measure campaigns, understand interests and provide more relevant content or advertising. They are activated only with your consent.