The Orthopaedic Implant Company (OIC) commenced U.S. launch of OIC Flex-Fix, a value-based system for the treatment of syndesmotic injuries which may occur with or without accompanying ankle fractures.
Flex-Fix is designed for use either in conjunction with a bone plate or as a standalone solution for a wide range of indications. It allows for micromotion during the healing process, designed by OIC to mimic natural joint mechanics. The resulting design supports a more natural and effective recovery. Additionally, the system significantly minimizes the risk of hardware removal.
“The design of the Flex-Fix System is centered around patient safety and surgical efficiency,” explained Keli Tokunaga, Associate Engineer for OIC. “Its low-profile design is critical for minimizing tissue impingement and enhancing patient comfort. The deployment mechanism is meticulously engineered for precision and control, while eliminating the need for a medial incision.”
The Orthopaedic Implant Company (OIC) commenced U.S. launch of OIC Flex-Fix, a value-based system for the treatment of syndesmotic injuries which may occur with or without accompanying ankle fractures.
Flex-Fix is designed for use either in conjunction with a bone plate or as a standalone solution for a wide range of indications. It allows for...
The Orthopaedic Implant Company (OIC) commenced U.S. launch of OIC Flex-Fix, a value-based system for the treatment of syndesmotic injuries which may occur with or without accompanying ankle fractures.
Flex-Fix is designed for use either in conjunction with a bone plate or as a standalone solution for a wide range of indications. It allows for micromotion during the healing process, designed by OIC to mimic natural joint mechanics. The resulting design supports a more natural and effective recovery. Additionally, the system significantly minimizes the risk of hardware removal.
“The design of the Flex-Fix System is centered around patient safety and surgical efficiency,” explained Keli Tokunaga, Associate Engineer for OIC. “Its low-profile design is critical for minimizing tissue impingement and enhancing patient comfort. The deployment mechanism is meticulously engineered for precision and control, while eliminating the need for a medial incision.”
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