NEAUVIA™ Organic Intense Rheology

$79.00

NEAUVIA™ Organic Intense Rheology is a dermal filler designed for subtle contouring and rejuvenation in areas with fine skin. Its unique formulation, enriched with amino acids, supports collagen formation and ensures long-lasting, natural-looking results for dynamic facial areas.

Brand: Neauvia™
Manufacturer: Matex Lab
Active substances: Cross-linked Hyaluronic Acid, amino acids (Glycine and L-Proline)
Strength: 22 mg/ml
Pack size: 1 x 1 ml syringe

Quantity Discount (%) Price
1 - 5 $79.00
6 - 10 3.8 % $76.00
11 - 20 6.33 % $74.00
21+ 7.59 % $73.00
SKU: sku_1559658761_1 Category:

Additional information

Neauvia Organic Intense Rheology is ideal for treating delicate facial zones that require a softer touch while still ensuring structural support. With cross-linked hyaluronic acid as its main component, complemented by glycine and L-proline, it encourages skin rejuvenation and tissue repair, making it effective for refining contours and filling superficial lines. The advanced formula ensures optimal integration with the tissue, providing smooth, elastic results.

Main Treatment Areas

This filler is mainly used for refining the perioral region, treating subtle nasolabial folds, and enhancing lip volume and contour. It can also be utilized for delicate facial areas requiring moderate volume addition and hydration.

Key Benefits

  • Natural-Looking Results: The filler’s composition ensures seamless integration for soft, natural enhancement.
  • Hydration and Elasticity: Hyaluronic acid, combined with amino acids, provides not only volumizing properties but also aids in deep hydration.
  • Long-Lasting Effects: Maintains its effectiveness over a significant period with gradual biodegradation.
  • Versatility for Delicate Areas: Specifically formulated for thinner skin zones, providing lift without excessive volume.

Safety Information

Neauvia Organic Intense Rheology is generally well-tolerated, but potential side effects include swelling, redness, or tenderness at the injection site, which usually resolves within a few days. It is crucial to avoid the use of this filler in patients with a history of severe allergies or autoimmune diseases. Treatments should only be administered by a qualified healthcare professional. Pregnant or breastfeeding women should consult their physician before considering any cosmetic procedures.

Pricing Information for Wholesale Purchase

NEAUVIA Organic Intense Rheology is available for purchase at competitive wholesale prices. For orders of 1 to 5 units, the price is $79.00 per unit. Bulk purchases benefit from progressive discounts: 6 to 10 units are available at $76.00 each, reflecting a 3.8% discount, while orders of 11 to 20 units are priced at $74.00 each with a 6.33% discount. For larger orders of 21 or more units, the price drops to $73.00 per unit, offering a 7.59% savings. Wholesale suppliers ensure attractive pricing structures and cost-effective solutions for clinics and medical professionals.

Frequently Asked Questions

NEAUVIA™ Organic Intense Rheology and NEAUVIA™ Organic Intense Rose are both specialized dermal fillers created by Neauvia, each designed to cater to distinct aesthetic needs. NEAUVIA™ Organic Intense Rheology, containing 22 mg/ml of cross-linked hyaluronic acid enriched with L-Proline and Glycine, is tailored for facial treatments that focus on subtle volume restoration, fine line correction, and enhancing skin elasticity. It is particularly suitable for addressing early signs of aging, superficial wrinkles, and lip contouring.

On the other hand, NEAUVIA™ Organic Intense Rose, with a higher concentration of 28 mg/ml of cross-linked hyaluronic acid and the same amino acid complex, is specifically formulated for intimate area treatments. It is used for intradermal injections to combat vulvar atrophy, enhance tissue firmness, and provide hydration and volume to the labia majora, making it unique for female intimate health. While both fillers share core components, their applications and target treatment areas distinctly separate them, ensuring that each product effectively meets its designed purpose.