Bio Med Sciences
Bio Med Sciences, established in 1987 and based in Allentown, PA, is dedicated to developing innovative biomedical solutions for wound care, scar management, and skin renewing technologies. Their proprietary Silon® technology combines the properties of silicone and Teflon® to create advanced products that improve patient outcomes and quality of life. The company emphasizes research, clinical validation, and global availability, serving healthcare providers, consumers, and partners worldwide. They have a strong commitment to burn care, plastic surgery, and aesthetic skin care markets, with a focus on clinical research, innovation, and community support.
Industries
Nr. of Employees
small (1-50)
Products
Occlusive non-adherent silicone film dressing
Silicone gel film designed to be non-adherent to wounds while providing occlusion and moisture control for resurfacing and graft-site care.
Multi-layer foam graft-site dressing
Multi-layer foam dressing engineered for graft-site coverage with high absorbency and low expansion characteristics to maintain consistent graft contact.
Silicone-impregnated thermoformable splinting material
Thermoformable thermoplastic material impregnated with silicone used to fabricate facial and limb orthoses for scar management and contracture prevention.
Silicone-lined elastic fabric for localized scar management
Elastic fabric laminated with a silicone lining to provide adherence, gentle compression and scar softening for localized contractures and delicate anatomical regions.
Occlusive overnight topical delivery patch
Overnight occlusive patch composed of silicone gel with a fabric backing that increases local skin hydration and acts as a reservoir to deliver topical actives.
Occlusive non-adherent silicone film dressing
Silicone gel film designed to be non-adherent to wounds while providing occlusion and moisture control for resurfacing and graft-site care.
Multi-layer foam graft-site dressing
Multi-layer foam dressing engineered for graft-site coverage with high absorbency and low expansion characteristics to maintain consistent graft contact.
Silicone-impregnated thermoformable splinting material
Thermoformable thermoplastic material impregnated with silicone used to fabricate facial and limb orthoses for scar management and contracture prevention.
Silicone-lined elastic fabric for localized scar management
Elastic fabric laminated with a silicone lining to provide adherence, gentle compression and scar softening for localized contractures and delicate anatomical regions.
Occlusive overnight topical delivery patch
Overnight occlusive patch composed of silicone gel with a fabric backing that increases local skin hydration and acts as a reservoir to deliver topical actives.
Services
Custom R&D services including concept development, polymer and coating formulation, prototyping, and support toward regulatory clearance.
On-site manufacturing of thin films, silicone coatings and skin-adhesive systems for clinical and commercial applications, with ISO-aligned facility operations.
Support for clinical evaluations and publication-ready clinical studies for wound, scar and topical products, including randomized controlled designs.
Management of distribution channels and partnership arrangements for international markets, including authorized distributor relationships and co-branding options.
Custom R&D services including concept development, polymer and coating formulation, prototyping, and support toward regulatory clearance.
On-site manufacturing of thin films, silicone coatings and skin-adhesive systems for clinical and commercial applications, with ISO-aligned facility operations.
Support for clinical evaluations and publication-ready clinical studies for wound, scar and topical products, including randomized controlled designs.
Management of distribution channels and partnership arrangements for international markets, including authorized distributor relationships and co-branding options.
Expertise Areas
- Wound care and burn treatment
- Scar management and rehabilitation
- Adhesive thin-film and occlusive dressing systems
- Thermoformable silicone-impregnated orthotic materials
Key Technologies
- Interpenetrating polymer networks (silicone/fluorinated blends)
- Silicone-based adhesive gels and thin films
- Semipermeable occlusive membrane technology
- Multi-layer foam dressing architectures
News & Updates
Bio Med Sciences has relocated its manufacturing facility to 999 Postal Road, Allentown, PA, tripling its space and increasing production capacity.
Bio Med Sciences announced the appointment of Ms. Katia Philippou as European Sales Manager.
Bio Med Sciences shared their efforts and safety measures during the COVID-19 pandemic.
Bio Med Sciences entered into a Cooperative Research and Development Agreement with the U.S. Army Institute of Surgical Research to develop antimicrobial wound dressings.
A study presented at the Mid-Atlantic Burn Conference evaluating a new foam dressing for graft site management.
A case report on a new wound management approach presented at the Mid-Atlantic Burn Conference.
Bio Med Sciences has relocated its manufacturing facility to 999 Postal Road, Allentown, PA, tripling its space and increasing production capacity.
Bio Med Sciences announced the appointment of Ms. Katia Philippou as European Sales Manager.
Bio Med Sciences shared their efforts and safety measures during the COVID-19 pandemic.
Bio Med Sciences entered into a Cooperative Research and Development Agreement with the U.S. Army Institute of Surgical Research to develop antimicrobial wound dressings.
A study presented at the Mid-Atlantic Burn Conference evaluating a new foam dressing for graft site management.
A case report on a new wound management approach presented at the Mid-Atlantic Burn Conference.