ExsoMed -Model InFrame -Standard for Phalanx Fracture Fixation
InFrame is designed specifically for phalanx fractures to provide surgeons with a reliable solution through a simple, minimally invasive approach. The robust length offering is intended to accurately fit the intramedullary canal and achieve bi-cortical bone purchase, creating stable fixation and precise reduction for all types of phalanx fractures.
The ExsoMed InFrame cannulated micro nail is intended for fixation of intra-articular and extra-articular fractures and non-unions of small bones and small bone fragments; arthrodesis of small joints; bunionectomies and osteotomies, including scaphoid and other carpal bones, metacarpals, tarsals, metatarsals, patella, ulnar styloid, capitellum, radial head and radial styloid.
- Early, active mobilization
- Surgical efficiency
- Simple and accurate device implantation
- Enhanced rotational stability
- Minimally invasive with no secondary procedure
The system is provided sterile, where the implants are provided with separate disposable instrument kits.
- Specifically sized for the phalanx intramedullary canal to facilitate early, active mobilization for accelerated healing and faster return to daily activities
- 2.0mm diameter design allows cross implantation constructs, enhancing rotational stability, cortical bone purchase, and intramedullary fit
- Eliminates the need for a dedicated reamer and reaming step, offering simple and accurate device implantation
- Fully threaded, non-compression design achieves abundant cortical and cancellous bone purchase for precise, anatomic reduction for all fracture types without complications such as shortening
InFrame is an intramedullary micro nail designed specifically for phalanx fractures to provide surgeons with a reliable solution through a simple, minimally invasive approach. The robust length offering is intended to accurately fit the intramedullary canal and achieve bi-cortical bone purchase, creating stable fixation and precise reduction for all types of phalanx fractures.
