LIPORASE(Hyaluronidase)4 packages

Liporase Hyaluronidase is a medical-grade enzyme preparation designed for professional use in aesthetic medicine to dissolve unwanted or excessive hyaluronic acid-based dermal fillers. Derived from purified hyaluronidase, Liporase effectively breaks down hyaluronic acid molecules, allowing for the safe and controlled reversal of filler effects. It is an essential tool for practitioners aiming to correct overfilling, asymmetry, or other complications arising from hyaluronic acid filler injections. Liporase ensures patient safety and satisfaction by providing a reliable means to adjust or remove filler material when necessary.

• Rapid Action: Quickly hydrolyzes hyaluronic acid molecules, facilitating prompt correction of overfilled areas.

• High Purity Enzyme: Contains 1,500 I.U. purified hyaluronidase for predictable and consistent results.

• Versatile Application: Suitable for dissolving various hyaluronic acid fillers in different facial regions.

• Essential Safety Tool: Allows practitioners to manage and rectify filler-related complications effectively.

• Convenient Dosage Form: Provided in sterile, pre-measured vials for accurate dosing and ease of use.

• Correction of Overfilled Areas: Dissolves excessive hyaluronic acid in areas such as lips, cheeks, nasolabial folds, and tear troughs.

• Management of Nodules and Lumps: Treats unintended nodules or lumps resulting from filler injections.

• Reversal of Vascular Compromise: Assists in emergency situations where filler material has occluded blood vessels.

• Adjustment of Asymmetry: Allows fine-tuning of results to achieve facial symmetry and desired aesthetic outcomes.

- Active Ingredient:

• Hyaluronidase: 1,500 IU per vial

- Excipients:

• Lactose

• Sodium Hydroxide: For pH adjustment

• Hydrochloric Acid: For pH adjustment

• Ten (10) Sterile Vials: Each vial contains 1,500 IU of Liporase Hyaluronidase.

• Instruction Leaflet: Detailed guidelines for reconstitution, dosage, administration techniques, and safety information.