LIPORASE (Hyaluronidase) 1500U Inj. (Pack of 10 Vials)
LIPORASE (Hyaluronidase) is a high-quality enzymatic injectable designed to break down hyaluronic acid efficiently. Widely used in medical and aesthetic practices, it enhances the dispersion and absorption of injected substances and serves as an essential solution for correcting hyaluronic acid-based filler procedures.
Product Overview
- Product Name: LIPORASE
- Active Ingredient: Hyaluronidase
- Form: Lyophilized powder for reconstitution
- Packaging: 10 Vials per box
- Administration Routes: Intramuscular (I.M.), Subcutaneous (S.C.)
- Classification: Professional-use enzymatic injectable
Key Features
- Effective Hyaluronic Acid Breakdown: Rapidly dissolves HA-based dermal fillers
- Enhances Drug Diffusion: Improves absorption and dispersion of co-administered injectables
- Versatile Clinical Use: Suitable for both medical and aesthetic applications
- Fast-Acting Formula: Noticeable results typically within hours to days
- Trusted Korean Manufacturing: Produced under strict KGMP standards
Clinical & Aesthetic Applications
- Correction of Dermal Fillers:
Dissolves unwanted, excessive, or misplaced hyaluronic acid fillers - Management of Vascular Occlusion (Emergency Use):
Used as part of protocols to restore compromised blood flow - Improved Anesthetic Diffusion:
Enhances spread of local anesthetics in procedures - Reduction of Edema & Swelling:
Promotes fluid dispersion in localized areas
How It Works
Hyaluronidase is an enzyme that temporarily hydrolyzes hyaluronic acid, a key component of connective tissue. By breaking down HA, it:
- Reduces viscosity of intercellular substances
- Increases tissue permeability
- Allows faster diffusion and absorption of injected materials
Reconstitution & Usage
- Typically reconstituted with sterile saline before use
- Dosage varies depending on indication and clinical judgment
- Must be administered by trained medical professionals only
Storage
- Store in a cool, dry place (2°C–25°C)
- Protect from light
- Use immediately after reconstitution









