Smith & Nephew

Intravenous Catheter Dressing
IV3000

The IV3000 is a moisture-responsive transparent film dressing specifically designed for catheter fixation. It features a high moisture vapor transmission rate (MVTR), allowing moisture to evaporate from beneath the dressing, thereby reducing the risk of infection associated with moisture accumulation. The dressing's transparent construction enables continuous monitoring of the catheter site without removal while its conformable design ensures secure adhesion and patient comfort.

NPWT System
RENASYS EDGE

The RENASYS EDGE is a lightweight, compact Negative Pressure Wound Therapy (NPWT) system designed for home-based patient care. It features a discreet canister and operates quietly, minimizing disruption to daily activities. The system is engineered to promote wound healing by maintaining a controlled negative pressure environment.

Total Ankle Prosthesis
SALTO TALARIS

The SALTO TALARIS system offers primary and revision total ankle solutions with a 97.6% survivorship at 7.1 years. The XT Revision System enables compatibility with existing implants and supports extensive reconstruction using stemmed tibial components and thick poly inserts. Extended baseplates improve tibial coverage for optimal implant fit. Designed for longevity and modularity, SALTO TALARIS ensures reliable performance in complex ankle replacement surgeries.

Total Ankle Replacement System
CADENCE

The CADENCE Total Ankle System delivers predictable outcomes through streamlined instrumentation and an advanced anatomic design. Compatible with all major EMR systems, it reduces OR time with guided fluoroscopic cues and procedural flow. Its flat cut talar component supports both primary and revision cases. The system emphasizes precision, ease-of-use, and consistent surgical execution, making it an ideal choice for modern ankle arthroplasty.

Revision Knee System
LEGION RK

Smith & Nephew’s LEGION RK system addresses the challenges of knee revision surgeries with anatomically designed cones for biologic fixation. The femoral stem offers grit-blasted surfaces for cement adhesion, ensuring construct stability. Cones are thin-walled for bone preservation while allowing precise implant placement. This modular system enhances flexibility and bone coverage, streamlining complex procedures and supporting long-term joint restoration in revision arthroplasty cases.

Antimicrobial Barrier Dressing
ACTICOAT FLEX

The ACTICOAT FLEX line of antimicrobial barrier dressings is designed to provide sustained infection control for various wound types. These dressings utilize nanocrystalline silver technology to deliver rapid and prolonged antimicrobial activity. ACTICOAT FLEX 3 offers up to 3 days of sustained performance, while ACTICOAT FLEX 7 provides up to 7 days of continuous antimicrobial action. The dressings are highly conformable, ensuring they maintain contact with the wound surface, which is essential for effective healing.

Single-Use Instrumentation
FASTPAK

FASTPAK offers disposable, sterile instruments for total knee replacement. It reduces instrument trays by 63%, decreases sterilization costs, and improves OR turnover by 42%, enhancing efficiency in orthopedic surgeries.

Antimicrobial Barrier Dressing
ACTICOAT

ACTICOAT dressings use nanocrystalline silver for sustained antimicrobial protection. Effective for acute and chronic wounds, they minimize infection risks and provide bactericidal action within 30 minutes.

Hinge Knee System
LEGION HK

The LEGION HK System transitions from condylar-constrained to hinge knee components seamlessly. Compatible with LEGION instruments, it reduces stress on hinge links, promoting durability and efficient surgical workflows.

Total Knee System
LEGION

The LEGION total knee system allows surgeons to offer a customized solution to meet individual patient needs and simplify decision-making intraoperatively. Designed to empower surgeons to address diverse challenges and deliver personalized joint care, it features a highly polished baseplate to reduce backside wear.

Resurfacing System
BIRMINGHAM HIP

BIRMINGHAM HIP Resurfacing System has been designed using knowledge gained from first-generation metal-on-metal total hips and a thorough understanding of hip resurfacing principles. This bone-conserving total hip system is produced using the investment casting process from high-carbon cobalt chrome in the ‘as-cast’ micro-structural condition, making it ideal for younger or more active male patients.

Total Knee Arthroplasty System
JOURNEY II

The JOURNEY II total knee arthroplasty system is designed to help patients rediscover their normal shape, position, and motion through a smoother recovery, improved function, and higher patient satisfaction. The JOURNEY II System has been shown to restore anatomical shape, position, and motion, resulting in superior clinical outcomes that can lead to high patient satisfaction.

Hip Reconstruction System
POLARSTEM

The POLARSTEM hip reconstruction system available in cemented and cement-less stem options is designed to reconstruct the hip joint while respecting the soft tissue environment. Its triple taper, self-locking design with reinforced proximal body helps to achieve excellent proximal stability. In addition, the shortened stem length and narrow distal tip allow for ease of implantation, including in small intramedullary canals like Dorr Type A femurs.

Total Hip Solution
POLAR3

The POLAR3 total hip solution is powered by a proprietary combination of the POLARSTEM◊ Hip Reconstruction System, R3◊ Acetabular System, and OXINIUM◊ Technology, with the best survivorship figures of any total hip construct at 10 years, according to the world’s largest national joint registry. The combination of unique OXINIUM Oxidized Zirconium heads with a highly cross-linked polyethylene (XLPE) liner has been shown to result in the lowest revision rate of all modern bearing combinations in four national joint registries.

Dual Mobility System
OR3O

The OR3O dual mobility system for use in primary and revision hip arthroplasty has a small diameter femoral head that locks into a larger polyethylene insert - increasing stability, reducing dislocation risk, and offering improved range of motion. OR3O incorporates Smith+Nephew’s latest advanced bearing surface, OXINIUM DH, for its liner and proprietary OXINIUM on XLPE for its femoral head and polyethylene inserts. This eliminates both the modular CoCr liner and/or CoCr head ball from the construct - reducing wear and corrosion risks that have been associated with the alloy.

Unicompartmental Knee System
JOURNEY II UK

The JOURNEY II UK unicompartmental knee system features intraoperative sizing flexibility, an OXINIUM technology-bearing surface, and a tissue-conscious design. These features, along with improvements in fit, sizing, and delivery model, provide a comprehensive solution for treating diseases isolated to a single compartment.

Data Visualization Platform
RI.INSIGHTS

The RI.INSIGHTS data visualization platform transforms data into contextual insights that enable surgeons to see how pre-op surgical plans and intra-op decisions impact patient outcomes. Designed for total hip and knee surgery, it enables surgeons to envision how surgical plans will impact outcomes and compare their plans to a global data set.

Surgical Navigation System
RI.HIP NAVIGATION

The RI.HIP NAVIGATION hip prosthesis positioning surgical navigation system with real intelligence empowers surgeons to assess an individual patient’s pelvic tilt, predicted view of the post-operative AP X-ray in surgery, and digital measurement of leg length and offset changes. Its express workflows and image-free technology offer flexibility for inpatient or outpatient practice.

Hydrosurgery System
VERSAJET II

The VERSAJET II Hydrosurgery System uses a saline jet to facilitate precise debridement in one easy-to-use tool. Performing the tasks of multiple instruments, it can help streamline and reduce debridement procedures across various OR and outpatient settings.

Surgical System
CORI

The CORI Surgical System features image-free smart mapping to build 3D models of the joint in surgery (without the need for CT/MRI scans), real-time planning for personalized surgery, handheld precision milling, and intra-operative gap balancing. Designed to be portable with a small OR footprint, it uses Real Intelligence software to offer broad capabilities and an expanding range of joint reconstruction indications.