Corryn Biotechnologies
Corryn Biotechnologies aims to redefine the standard of chronic and complex wound care by developing innovative, contactless dressing solutions using advanced electrospinning technology. Their mission is to improve the wound care journey for patients and carers, emphasizing impact, trust, innovation, respect, and enjoyment.
Industries
Nr. of Employees
small (1-50)
Products
Handheld electrospinning applicator for point-of-care dressing deposition
A handheld device that accepts pre-sealed dressing cartridges and fabricates/deposits an electrospun fibre mesh directly onto wound surfaces in a single, contact-minimizing step; intended to enable bespoke material selection at point of care with minimal operator training.
Pre-sealed biodegradable dressing cartridges
Cartridges containing biodegradable synthetic and natural polymer formulations for use with handheld electrospinning applicators; formulations designed for breathability, conformity and optional active-ingredient inclusion for infection indication or treatment.
Handheld electrospinning applicator for point-of-care dressing deposition
A handheld device that accepts pre-sealed dressing cartridges and fabricates/deposits an electrospun fibre mesh directly onto wound surfaces in a single, contact-minimizing step; intended to enable bespoke material selection at point of care with minimal operator training.
Pre-sealed biodegradable dressing cartridges
Cartridges containing biodegradable synthetic and natural polymer formulations for use with handheld electrospinning applicators; formulations designed for breathability, conformity and optional active-ingredient inclusion for infection indication or treatment.
Services
Collaborative R&D and prototype development
Partnership-based research and development to design and iterate prototype handheld electrospinning systems and dressing formulations, often conducted via grant-funded projects and academic collaborations.
Field testing and device performance evaluation
Design and execution of field testing and tailored testing/analysis protocols to evaluate device process stability, performance and user experience in real-world clinical settings.
Materials formulation and library development
Formulation and testing of biodegradable synthetic and natural polymer dressings, including integration of active compounds and maintenance of a materials library to support point-of-care selection.
Partnership-driven commercialization support
Engagement in grant applications, IP-strengthening activities and partnerships to progress technology translation and commercialization.
Collaborative R&D and prototype development
Partnership-based research and development to design and iterate prototype handheld electrospinning systems and dressing formulations, often conducted via grant-funded projects and academic collaborations.
Field testing and device performance evaluation
Design and execution of field testing and tailored testing/analysis protocols to evaluate device process stability, performance and user experience in real-world clinical settings.
Materials formulation and library development
Formulation and testing of biodegradable synthetic and natural polymer dressings, including integration of active compounds and maintenance of a materials library to support point-of-care selection.
Partnership-driven commercialization support
Engagement in grant applications, IP-strengthening activities and partnerships to progress technology translation and commercialization.
Expertise Areas
- Electrospun wound dressing development
- Point-of-care and redistributed manufacturing for healthcare
- Biodegradable polymer formulation for wound care
- Infection-indicative and anti-infective dressing R&D
Key Technologies
- Electrospinning
- Handheld in situ fibre deposition applicators
- Pre-sealed cartridge delivery systems
- Biodegradable biocompatible polymers