Bon Secours St. Francis Health System is First Hospital in South Carolina to Use Carbon Fiber Implants

May 25, 2015
GREENVILLE, SC – Bon Secours St. Francis Health System will be one of the first health systems in the country, and the first in South Carolina, to utilize carbon fiber implants to treat skeletal fractures.

“This new, innovative and clinically relevant technology brings unique options and clear advantages to the field of orthopedic trauma and oncology,” said Michael O’Boyle, MD, Medical Director of the St. Francis Osteoporotic Fracture Center (OFC). “Most importantly, these options and advantages translate directly into benefits for patients and their surgeons, resulting in fewer complications and faster healing.”

Carbon fiber is utilized wherever high strength-to-weight ratio and rigidity are required; such as aerospace, automotive and civil engineering, sports goods and an increasing number of other consumer and technical applications. Carbon fiber has recently been introduced into orthopedic fracture care and is considered the next evolution in patient care over legacy metal implants.

About Bon Secours St. Francis Health System
.
The Mission Statement of Bon Secours St. Francis Health System is to bring compassion to healthcare and to be “Good Help to Those in Need®,” especially those who are poor and dying. As a system of caregivers, we commit ourselves to help bring people and communities to health and wholeness through the healing ministry of Jesus Christ and the Catholic Church.

 
With innovative technology, we heal the body. With faith, we mend the spirit. We draw from a past that’s rich in the healing tradition, while strengthening the future through the guidance and support of the Ministry of Bon Secours and Bon Secours Health System, Inc. To learn more, visit www.stfrancishealth.org.

.
About Carbofix Implants
.
CarboFix implants are made from continuous strands of carbon fiber and PEEK polymer. This combination of materials and a unique manufacturing process allows for the creation of implants that are as strong as synonymous metal implants (significantly stronger in load strength) and possess a modulus of elasticity that is closer to human cortical bone (notably closer to the natural properties of human bone than legacy metallic implants). In short, carbon fiber implants mimic human bone more closely than any implant historically utilized, and is the next evolution in orthopedic fracture care. 
 
Another unique and clinically relevant feature of the CarboFix product line is that the implants are radiolucent (see-through in imaging). This allows physicians to utilize the full breadth of available imaging tools (X-ray, CT or MRI monitoring) in order to monitor bone healing at the fracture site and improved views of pathological lesions in their patients without experiencing the challenges that metal implants present.