OEM News

Paragon 28 Launches Phantom Fibula Nail System for Ankle Fractures

The Phantom nail was designed as a less invasive option for ankle fracture repair.

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By: Sam Brusco

Associate Editor

Paragon 28 has launched the Phantom fibula nail system, which was designed as a less invasive options to treat the fibula when an ankle fracture is sustained.
 
The Phantom fibula nail system has instrumentation to facilitate anatomic reduction and proper implant, the company said. This includes an Entry K-Wire Guide to help identify the right starting point for the nail and a Curved Reamer Guide to direct the surgeon to the correct angle of the fibula to implant the nail.
 
The instrumentation also allows pulling traction on the fibula to reduce the fracture intraoperatively. The implant features screws that thread into the nail, as well as an expandable proximal locking mechanism, both of which allow for optimal stability in the fibula.
 
Paragon 28 said syndesmotic fixation can be achieved through the nail with many of its implant options, including the recently rolled out R3FLEX and R3ACT stabilization systems.
 
“The Phantom Fibula Nail System offers surgeons an excellent surgical option for treating a fractured fibula with several next-generation features that truly set the system apart,” said surgeon designer Dr. Charles Moon. “The novel instruments designed to provide a reproducible starting point and the ability to pull traction for fracture alignment add measurable value to surgeons and lead to better outcomes for patients. The threaded distal screws and user-friendly proximal locking option help optimize stability, which is vital to fracture healing.”
 
“I’m thrilled for patients and surgeons alike to experience the impact of the Phantom Fibula Nail System,” added Albert DaCosta, CEO of Paragon 28. “We’ve developed a special product here, with a design that sets it apart from current offerings for fibula fractures. The Phantom Fibula Nail System gives surgeons precision and control for fractures that are often difficult to stabilize, which we expect will result in better, more reproducible patient outcomes.”

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