MLK HydroBio^™ leverages state-of-the-art 3D Polymer Cross-linking Technology, specifically engineered for acute and chronic wounds. By integrating precise bidirectional moisture control, bioactive sustained release, and a physical protective barrier, it not only accelerates epithelial cell migration but also optimizes the healing environment from its source, setting a professional standard for “painless, scarless, and efficient" care.

Core Benefits

• Bidirectional Moisture Control & Autolytic Debridement
  Dynamically balances the wound bed: Actively releases moisture to soften necrotic tissue and eschar to trigger autolytic debridement, while simultaneously absorbing excess exudate to prevent maceration and maintain an ideal healing environment.
• Pressure Buffering & Comprehensive Scar Management
  Features a unique lateral pressure buffering mechanism that stabilizes compromised tissue and alleviates dressing-change pain. By minimizing friction and skin tension, it fundamentally reduces the risk of hypertrophic scarring.
• Bioactive Carrier & Sustained Release
  Serves as a superior delivery platform for the sustained release of anti-inflammatory, analgesic, or collagen treatments. This enhances therapeutic efficacy while significantly reducing dressing frequency and caregiver burden.

Technical Highlights

• Atraumatic & Non-Adherent: The specialized gel composition prevents mechanical adhesion to the wound bed, ensuring pain-free removal without damaging fragile new granulation tissue—ideal for pediatric and hypersensitive patients.
• Waterproof & Breathable Barrier: Provides a physical bacterial shield that allows for normal hygiene. High vapor permeability efficiently eliminates excess moisture to prevent heat trapping.
• High-Transparency Real-time Monitoring: The transparent substrate allows clinicians and patients to observe wound progress without removal, drastically reducing infection risks associated with frequent exposure.
• Superior Biocompatibility: Fully compliant with ISO 10993 standards, offering ultra-low allergenicity for maximum clinical safety and reliability.

Indications

• Surgical incisions and abrasions
• First and second-degree burns
• Pressure ulcers and chronic ulcers
• Post-deep laser resurfacing care