Applications or Solutions
Exuding Wound Care
Excessive or chronic wound exudate contains elevated levels of matrix metalloproteinases (MMPs) and inflammatory cytokines that degrade extracellular matrix and cause severe periwound skin maceration.
Our Solution Architecture:
- Vertical Fluid Locking: Multi-layered Polyurethane (PU) Foam and Superabsorbent Polymer (SAP) dressings lock exudate within the core, preventing lateral leakage.
- Dynamic Breathability (MVTR): High Moisture Vapor Transmission Rate backing films adjust automatically to fluid levels, maintaining an optimal moist wound bed without pool formation.
- Non-Traumatic Removal: Perforated gentle silicone contact layers safeguard fragile wound edges and newly formed granulation tissue during dressing changes.
Target Clinical Indications:
- Venous Leg Ulcers (VLUs) and Stage II–IV Pressure Injuries
- Moderate-to-heavy exuding Diabetic Foot Ulcers (DFUs)
- Post-operative dehisced incisions and heavily weeping cavity wounds
Low Exudate & Dry Wound Care
Dry, shallow, or minimally exuding wounds risk cellular desiccation, painful dressing adhesion, and delayed epithelial cell migration across the wound bed.
Our Solution Architecture:
- Autolytic Debridement Support: Amorphous Hydrogels donate essential moisture to rehydrate dry eschar and necrotic tissue, facilitating natural enzymatic breakdown.
- Protective Second-Skin Barrier: Ultra-thin, semi-permeable Polyurethane (PU) Films and Hydrocolloid dressings seal out external fluids, bacteria, and shear forces while maintaining an ideal micro-climate.
- Skin-Tear Friendly Adhesion: Ultra-low peel-force silicone adhesive ensures pain-free removal on fragile, elderly, or paper-thin skin.
Target Clinical Indications:
- Post-surgical closed incisions, IV catheter securement, and donor sites
- Skin tears, superficial lacerations, and partial-thickness abrasions
- Dry necrotic ulcers requiring autolytic debridement
Burn Wound Care
Burn wounds involve severe localized heat damage, microvascular thrombosis, excruciating nerve pain, and a heightened vulnerability to sudden microbial colonization.
Our Solution Architecture:
- Rapid Cooling & Analgesia: High-water-content Hydrogel sheet dressings provide continuous physical cooling, dissipating residual heat and alleviating acute pain instantly.
- Non-Adherent Interface: Non-stick silicone and hydrogel contact structures prevent secondary mechanical trauma to regenerating basal epithelial sheets during dressing replacement.
- 3D Scaffold Infiltration: Micronized Type I Collagen formulations deliver native structural support, accelerating deep granulating tissue formation and remodeling.
Target Clinical Indications:
- 1st-degree and superficial to deep 2nd-degree thermal burns
- Chemical burns, scalds, and post-radiation dermatitis
- Laser surgery recovery and split-thickness skin graft donor sites
Antibacterial Dressing Solutions
Chronic non-healing wounds are frequently arrested in a prolonged inflammatory state caused by persistent microbial biofilms and multi-drug-resistant pathogens.
Our Solution Architecture:
- Sustained Antimicrobial Release: Ionic Silver (Ag+) and PHMB active matrices provide prolonged, broad-spectrum bactericidal efficacy (effective against MRSA, VRE, and Pseudomonas aeruginosa).
- Biofilm Barrier Defense: Traps and neutralizes bacteria within the gelling fiber/foam matrix upon exudate contact, preventing cross-contamination and reducing wound odor.
- Biocompatible Tissue Preservation: Calibrated ionic release profiles minimize cytotoxicity to surrounding healthy fibroblasts and keratinocytes.
Target Clinical Indications:
- Critically colonized or clinically infected chronic ulcers (DFUs, VLUs, Pressure Sores)
- Infected surgical cavity sites and traumatic contaminated lacerations
- High-risk post-operative wounds in immunocompromised patients