FITBONE TAA

A Orthopedic Surgery Devices Related Image

(Not Necessarily related to the device)

Description:

FITBONE TAA by WITTENSTEIN intens GmbH

The FITBONE TAA is an innovative and robust medical device developed by WITTENSTEIN intens GmbH, a renowned provider of top-grade medical technology. Primarily, this device is extensively used in complex orthopedic procedures, specifically designed for tibia and femur lengthening and deformity correction surgeries.

The FITBONE TAA exemplifies the harmony between advanced precision engineering and state-of-the-art surgical techniques. As a fully intramedullary, electronically controlled, and distraction osteogenesis-based limb lengthening system, it ensures maximum safety and efficiency during and after surgical procedures.

The functionality of this system is accomplished by a process named 'controlled reaming' in which the bone is separated with surgical precision. Then, the FITBONE TAA is inserted into the medullary canal and an external Control Set is used to guide distraction osteogenesis and subsequent bone regrowth in the desired manner. Its brilliant design permits the exact and specific adjustment of the elongation process according to individual patient requirements.

The FITBONE TAA stands out for its exceptional benefits. It offers precise, continuously adjustable lengthening, which can be tailored to the unique needs of every patient. It is comfortable and minimally invasive, intending to reduce post-surgical pain and speed up recuperation. Furthermore, its accuracy can potentially contribute to better prognoses and more satisfactory outcomes in limb lengthening procedures.

With the FITBONE TAA, WITTENSTEIN intens GmbH reaffirms its commitment to innovative medical devices that improve patient outcomes, harnessing cutting-edge technology to provide advanced and optimized solutions in orthopedic surgery.

How It Works:

The FITBONE TAA (Tibia Ankle Ankle) is a highly sophisticated, fully implantable device that belongs to the category of Orthopedic Implant Devices. It is designed by WITTIGON for use in leg lengthening and bone alignment procedures. Let's delve into its functioning from a deeply knowledgeable medical perspective. The working mechanism of FITBONE TAA is based on the biological principle of distraction osteogenesis. Simply put, the body's natural capability to grow new bone in response to the application of gradual, controlled traction across a surgically created bone fracture is leveraged in this technique. The FITBONE TAA system consists of a hollow, cylindrical intramedullary nail, which is fully implanted into the medullary canal of the bone to be lengthened or aligned. An essential component of the system is the distraction mechanism, an electronically controlled telescopic actuator located inside the nail. This distraction mechanism is controlled from the outside via a hand-held remote control, which communicates with an electronic receiver and command unit implanted under the skin. The displacement of bone fragments is carried out in a gradual and controlled manner. The system enables precise adjustments to the millimeter, allowing for accurate control of the bone's alignment and lengthening process. This gradual separation of bone fragments encourages the body to naturally produce new bone and soft tissue, filling the created gap, thus extending or realigning the bone. The FITBONE TAA system represents a disruptive shift from conventional external fixator systems, which are typically associated with higher infection rates, more minor patient comfort, and limited patient mobility during the treatment phase. In contrast, the fully implantable nature of FITBONE TAA offers patients greater comfort, mobility, and reduces the risk of infection. In terms of the overall process, the implantation of the device and the subsequent lengthening phase is followed by a consolidation phase, where the newly formed bone hardens and matures under normal weight-bearing and movement. The device is typically removed after this consolidation phase once the desired correction and bone healing have been achieved. While each individual patient scenario may dictate slight variations in the procedure, the outlined mechanism and functioning of the FITBONE TAA exemplify the inventive advancements in the orthopedic implant device arena, representing breakthrough improvements in bone lengthening and alignment treatment.