Cross-linked hyaluronic acid
Jeunetique Filler
Jeunetique Filler
Cross-linked hyaluronic acid
Filler
Ingredient
Main Ingredients

HYALURONIC ACID (24 MG/ML)
Ensures hydration and volumization

LIDOCAINE (0.3%)
Ensures painless treatments by having numbing effect

MINIMAL BDDE
BDDE content was minimized by new washing standard
Indication
Meamo Labs Jeunetique dermal filler line is a safe and effective choice for anti-ageing therapy and tissue volume replenishment.
Jeunetique Fine
Jeunetique Fine is the least viscous filler in the line and is developed to treat delicate areas with fine lines.
This low-viscosity filler is best suited for fine lines around delicate areas, particularly the under-eye region and lip lines. It provides subtle smoothing where minimal volume is needed.
Jeunetique Deep
Jeunetique Deep is a mid-viscosity filler for areas that require moderate support and flexibility.
It is used for nasolabial folds and lips, where it provides volume while allowing natural movement.
Jeunetique Ultra
Jeunetique Ultra is a high-viscosity filler suited to deep facial areas where structural support is needed.
It helps shape and add volume to areas that benefit from a firmer filler, such as the cheeks and chin.
Unique benefits
Jeunetique is a monophasic dermal filler, which improves its homogeneity and viscoelasticity compared to similar biphasic products, offering several advantages:
1
Excellent Safety Profile
In the production of Jeunetique fillers, we have developed a new standard for removing unreacted residual materials, such as BDDE – the primary agent for cross-linking linear hyaluronic acid molecules.
2
Long-lasting Effect
Jeunetique dermal filler line contains 24 mg of hyaluronic acid, which promotes slower biodegradation compared to other fillers. The high concentration of the active ingredient ensures a longer-lasting result.
3
Painlessness and Comfort for Patients
The atelocollagen in the product improves the delivery of signaling molecules, enhancing their action at the cellular level and accelerating tissue regeneration.