OrthoPediatrics Launches New BandLoc System

OrthoPediatrics Corp. has launched its new BandLoc 5.5/6 mm System (BandLoc). The company has received both CE marking and U.S. Food and Drug Administration clearance for the device in the United States and certain international markets.

BandLoc is a pedicle-sparing, band passage technique for treating various complex spinal pathologies, including Scoliosis. The implant features a pre-assembled design, which incorporates the company’s RESPONSE set screw technology and accepts multiple rod diameters in cobalt chrome or titanium. BandLoc also includes ergonomic instrumentation. While BandLoc incorporates the company’s RESPONSE Spine System, it is compatible with any 5.5 mm or 6 mm spinal correction system on the market and thus can be used in conjunction with competitive systems.
 
“We are excited to offer the BandLoc System, which was developed with pediatric orthopedic surgeons to provide another option for their pediatric patients in treating complex spinal deformities,” said Jeff Smithey, OrthoPediatrics’ vice president of Spine. “This technology expands our RESPONSE Spine portfolio and further represents our commitment as the only company completely focused on providing comprehensive, high quality solutions for pediatric orthopedic patients.”

Dayton, Ohio-based pediatric orthopedic surgeon Dr. Mike Albert, who collaborated with the company on the design of BandLoc, said, “The BandLoc System is a great addition to the OrthoPediatrics RESPONSE system. Utilizing sub-laminar polyester bands and intuitive instrumentation, this system allows me to correct complex pediatric spinal deformities.”
 
Founded in 2006, OrthoPediatrics provides a comprehensive product offering that treats pediatric orthopedic conditions. OrthoPediatrics currently markets 17 surgical systems that serve three of the largest categories within the pediatric orthopedic market. This offering spans trauma and deformity, complex spine and ACL reconstruction procedures. The company is based in Warsaw, Ind.