Fibroheal
Fibroheal Woundcare Pvt. Ltd. is a leading biotech and healthcare startup working exclusively on Silk Proteins as biomaterials for wound healing. They focus on active and advanced wound care management, utilizing non-textile applications of Silk Protein as a versatile biomaterial in biomedical use. The company offers a wide range of advanced wound care products, including wound dressings, raw materials, and ingredients, with a mission to promote faster and better wound healing through innovative solutions. They are also engaged in research and development, manufacturing, and have received various awards and recognitions for their innovative contributions to wound management.
Industries
Nr. of Employees
small (1-50)
Fibroheal
Products
Lyophilized protein powder dressing with silver
Dry powder dressing composed of lyophilized protein particles blended with nano-silver to provide structural matrix support and antimicrobial activity for exuding wounds.
Waterproof adhesive polyurethane foam pad with bioactive additives
Triple-layered waterproof polyurethane foam pad with adhesive backing and incorporated anti-inflammatory/antioxidant/moisturizing actives intended for post-operative scar care and low-to-moderate exuding wounds.
Lyophilized protein particles combined with nano-silver (particle formulation)
Lyophilized protein particles blended with nano-sized silver particles to provide a matrix and antibacterial activity for wounds requiring antibacterial support and matrix formation.
Non-adherent antimicrobial contact gauze
Non-adherent gauze designed as a primary contact layer, infused with protein-based bioactives and antimicrobial agents to reduce trauma on dressing changes and lower microbial load.
Adhesive suture site dressing with antimicrobial contact layer
Adhesive three-layer suture dressing containing a primary antimicrobial contact layer intended for early post-operative wound protection and infection prevention.
Breathable, waterproof antimicrobial primary dressing
Sterile, breathable, waterproof primary dressing with incorporated antimicrobial agents and protein-based contact layer intended for curative wound care of low-to-moderate exuding wounds.
Lyophilized protein powder dressing with silver
Dry powder dressing composed of lyophilized protein particles blended with nano-silver to provide structural matrix support and antimicrobial activity for exuding wounds.
Waterproof adhesive polyurethane foam pad with bioactive additives
Triple-layered waterproof polyurethane foam pad with adhesive backing and incorporated anti-inflammatory/antioxidant/moisturizing actives intended for post-operative scar care and low-to-moderate exuding wounds.
Lyophilized protein particles combined with nano-silver (particle formulation)
Lyophilized protein particles blended with nano-sized silver particles to provide a matrix and antibacterial activity for wounds requiring antibacterial support and matrix formation.
Non-adherent antimicrobial contact gauze
Non-adherent gauze designed as a primary contact layer, infused with protein-based bioactives and antimicrobial agents to reduce trauma on dressing changes and lower microbial load.
Adhesive suture site dressing with antimicrobial contact layer
Adhesive three-layer suture dressing containing a primary antimicrobial contact layer intended for early post-operative wound protection and infection prevention.
Breathable, waterproof antimicrobial primary dressing
Sterile, breathable, waterproof primary dressing with incorporated antimicrobial agents and protein-based contact layer intended for curative wound care of low-to-moderate exuding wounds.
Services
On-site production and sale of sterile wound-dressing products and supply of raw biomaterials used in wound care; distribution through e-commerce and trade partners.
Collaborative research and development engagements for silk-protein biomaterials, topical formulations and dressing architectures intended to enhance cell adhesion, migration and wound healing; supported by a government-accredited R&D facility.
On-site production and sale of sterile wound-dressing products and supply of raw biomaterials used in wound care; distribution through e-commerce and trade partners.
Collaborative research and development engagements for silk-protein biomaterials, topical formulations and dressing architectures intended to enhance cell adhesion, migration and wound healing; supported by a government-accredited R&D facility.
Expertise Areas
- Wound dressing and topical product development
- Biomaterials development using silk fibroin
- Formulation of antimicrobial and bioactive topical products
- Design and manufacture of multi-layer wound dressings (adhesive and non-adhesive)
Key Technologies
- Silk fibroin biomaterials
- Lyophilization (freeze-drying) for powder dressings
- Nano-silver antimicrobial systems
- Povidone-iodine topical complexes
News & Updates
A wound is an injury or damage to live tissue caused by a variety of factors.
After you've been injured, your blood vessels constrict and your platelets produce compounds that help you stop bleeding by clotting.
The formation of exudate by open wounds is required for moist wound healing.
A wound dressing is anything applied close to a wound to speed healing and avoid complications.
The concept of 'wound bed preparation' involves a complete and systematic approach to assess and remove barriers to the healing process.
Applying specially made socks or stockings, compression therapy encourages normal blood flow.
A wound is an injury or damage to live tissue caused by a variety of factors.
After you've been injured, your blood vessels constrict and your platelets produce compounds that help you stop bleeding by clotting.
The formation of exudate by open wounds is required for moist wound healing.
A wound dressing is anything applied close to a wound to speed healing and avoid complications.
The concept of 'wound bed preparation' involves a complete and systematic approach to assess and remove barriers to the healing process.
Applying specially made socks or stockings, compression therapy encourages normal blood flow.