Overview of Revanesse
| Property | Description |
|---|---|
| Active ingredient | Sodium Hyaluronate (Hyaluronic Acid) |
| Form | Injectable Viscoelastic Hydrogel |
| Pharmacological class | Soft Tissue Augmentation Agent / Viscoelastic Agent |
| General Purpose | Volume Restoration and Facial Contouring |
| Origin | Biosynthetic (Cross-linked) |
| Manufacturer Country | Canada |
What Type of Product is Revanesse?
Revanesse is classified as an injectable dermal filler, a specialized line of soft tissue augmentation agents that is regulated as a medical device, not a systemic drug. The product is manufactured in Canada by Prollenium Medical Technologies Inc., which operates a dedicated North American manufacturing facility. The filler belongs to the viscoelastic agent pharmacological class, meaning the clear colorless hydrogel is engineered to maintain its structural integrity following its required intradermal or subcutaneous injection.
What is Revanesse Made Of?
The primary component is highly purified Sodium Hyaluronate (Hyaluronic Acid), derived from a biosynthetic source. The HA is chemically cross-linked to enhance its stability and longevity, a defining feature that contributes to a low swelling factor. As a combination product, the formulation typically includes the local anesthetic Lidocaine to minimize patient discomfort during the procedure. The core substance, Hyaluronic Acid, is a molecule naturally recognized for its role in tissue hydration and support.
What is the General Purpose of This Injectable Gel?
The general purpose of the injectable gel is to achieve targeted volume restoration and detailed facial contouring in appropriate adult patients. The mechanism relies on the cross-linked Hyaluronic Acid gel providing immediate physical support, replacing volume lost over time, while simultaneously leveraging the HA’s natural ability to attract and bind water, supporting tissue hydration and elasticity. The effects are non-permanent because the material is bioresorbable, with the body’s metabolic processes gradually breaking down the gel over time.


