Smith+Nephew
Smith+Nephew is a portfolio medical technology company focused on the repair, regeneration, and replacement of soft and hard tissue. The company aims to restore people's bodies and their self-belief by using technology to take the limits off living. With a commitment to medical education and improving patient outcomes, Smith+Nephew operates in over 100 countries and is dedicated to sustainability and community health. Their purpose is to promote health and wellbeing, not just through their products but also by ensuring a positive impact on society and the environment. Smith+Nephew is also committed to increasing diversity within the medical device industry through initiatives like the Orthopaedics for All global advisory board.
Industries
Nr. of Employees
Very Large (1000+)
Patents
Tissue collection and delivery device and methods of use thereof
2025-07-22 • US-12364486-B2
View DetailsAnatomical feature extraction and presentation using augmented reality
2025-07-22 • US-12364568-B2
View Details
Tissue collection and delivery device and methods of use thereof
2025-07-22 • US-12364486-B2
View DetailsAnatomical feature extraction and presentation using augmented reality
2025-07-22 • US-12364568-B2
View DetailsProducts
Orthopaedic joint repair implants and instrumentation
Implants and instruments for meniscal preservation, ligament reconstruction and soft-tissue repair across knee, shoulder, hip and foot/ankle indications.
Bioinductive tendon augmentation implants
Biologic or bioinductive implants intended to augment tendon repairs and support tissue healing, with multi-year clinical evidence.
Biomaterial cartilage repair implant for single-stage procedures
A biomaterial implant intended for single-stage cartilage repair to support cartilage regeneration and restore subchondral support.
Handheld robotics-assisted surgical system
Robotics-enabled handheld platform designed to assist surgeons during joint reconstruction procedures to improve intraoperative accuracy.
Portable single-use negative-pressure wound therapy device
Pocket-sized, single-use NPWT device intended for outpatient and home wound management to support wound healing outside inpatient settings.
Multilayer foam and conformable antimicrobial dressings
Multilayer polyurethane foam dressings and anatomically conformable antimicrobial dressings for management and prevention of pressure and chronic wounds.
Orthopaedic joint repair implants and instrumentation
Implants and instruments for meniscal preservation, ligament reconstruction and soft-tissue repair across knee, shoulder, hip and foot/ankle indications.
Bioinductive tendon augmentation implants
Biologic or bioinductive implants intended to augment tendon repairs and support tissue healing, with multi-year clinical evidence.
Biomaterial cartilage repair implant for single-stage procedures
A biomaterial implant intended for single-stage cartilage repair to support cartilage regeneration and restore subchondral support.
Handheld robotics-assisted surgical system
Robotics-enabled handheld platform designed to assist surgeons during joint reconstruction procedures to improve intraoperative accuracy.
Portable single-use negative-pressure wound therapy device
Pocket-sized, single-use NPWT device intended for outpatient and home wound management to support wound healing outside inpatient settings.
Multilayer foam and conformable antimicrobial dressings
Multilayer polyurethane foam dressings and anatomically conformable antimicrobial dressings for management and prevention of pressure and chronic wounds.
Expertise Areas
- Sports medicine and joint repair
- Orthopaedic reconstruction and meniscal preservation
- Wound management, including negative-pressure therapy and advanced dressings
- Robotic-assisted and spatially guided surgery
Key Technologies
- Robotic-assisted surgical platforms
- Intraoperative spatial navigation systems
- Biomaterial implants for cartilage repair
- Bioinductive/biologic augmentation materials
Key People
Charles Reynolds
Vice President Corporate Communications
David Snyder
Director Commercial Communications
Susan Gilchrist
Brunswick Media Relations
Ayesha Bharmal
Brunswick Media Relations
Deepak Nath
Chief Executive Officer
John Rogers
Chief Financial Officer
Charles Reynolds
Vice President Corporate Communications
David Snyder
Director Commercial Communications
Susan Gilchrist
Brunswick Media Relations
Ayesha Bharmal
Brunswick Media Relations
Deepak Nath
Chief Executive Officer
John Rogers
Chief Financial Officer
News & Updates
Announcement regarding the third quarter trading report for 2024.
The Renasys EDGE system has been recognized with a prestigious design award.
Partnership announcement for enhanced surgical planning using patented OrthoSonic™ 3D Surgery Planning Technology.
Launch of a new knee system aimed at improving surgical outcomes.
Completion of initial cases using the new hip system, with positive feedback from surgeons.
Introduction of new guides for ankle replacement surgery.
Announcement regarding the third quarter trading report for 2024.
The Renasys EDGE system has been recognized with a prestigious design award.
Partnership announcement for enhanced surgical planning using patented OrthoSonic™ 3D Surgery Planning Technology.
Launch of a new knee system aimed at improving surgical outcomes.
Completion of initial cases using the new hip system, with positive feedback from surgeons.
Introduction of new guides for ankle replacement surgery.