Description:
OIC External Fixation System by Orthopaedic Implant Company
The OIC External Fixation System is an innovative and effective medical device designed and produced by the Orthopaedic Implant Company. This advanced device is primarily aimed at aiding orthopaedic surgeons in dealing with both simple and complex fractures, consolidating the fracture healing process and helping to facilitate patient recovery.
The system works by attaching to the bone on either side of the fracture, providing external support and stability while the bone heals. This allows for precise alignment and manipulation of the bone fragments under a controlled and scalable mechanical environment which is inherently adjustable according to the individual requirements of patients.
One of the key benefits of the OIC External Fixation System is its modular design which enables customization to cater to a diverse range of clinical scenarios, thus furthering its potential as a versatile solution in orthopaedics.
Another notable attribute of this system is its biocompatibility, ensuring lower risk of infection and adverse reactions in patients. In addition to this, the external position of the device limits the invasive interactions with the patient's body hence promoting faster rehabilitation.
The combination of these features offers an optimal solution that can significantly improve patient outcomes, while simultaneously offering surgical professionals a reliable, adaptive tool that can meet the challenges of complex fracture management.
How It Works:
OIC External Fixation System - A Comprehensive Overview
The
OIC External Fixation System is a robust tool designed specifically for
external orthopedic fixation, used predominantly in the area of orthopedic and traumatological surgery.
How it Works
The basis of the system lies in a technique coined as the
Ilizarov method. The OIC External Fixation system, through this method, employs a series of rings, rods, and wires to stabilize the joint, primarily for the purpose of fracture healing or joint realignment. These components are carefully positioned on the exterior and hold firm against soft tissues and bones, thus allowing for an accurate and controlled adjustment of the joint anatomy.
Key Components
Rings: The rings in this system serve to secure wires and pins that have been drilled into the bone. They ensure the accurate position fixing of the joint and also contribute to the decompression of soft tissues.
Wires and Pins: They are drilled into the bone, securing it to the external construct of the system and provide enhanced dynamic control over the joint.
Rods: Frequently referred to as struts, these key components maintain the realignment and stabilization by managing the tension across the construct.
Benefits
The OIC External Fixation System offers numerous benefits including:
1.
Improved Healing: By providing excellent stabilization, it enables optimal bone and soft tissue healing.
2.
Adjustability: The system's design allows for post-operative adjustments based on the progress of the healing process.
3.
Minimally Invasive: Due to its external setup, the device application involves less invasive surgery than internal fixation methods, leading to fewer chances of infection and complications.
Use in Practice
This system is utilized across a host of orthopedic applications including fracture repair, limb lengthening, deformity correction, and
arthrodesis. It is a revolutionary tool that has greatly enhanced the fields of orthopedic and trauma surgery. It should be considered an invaluable asset to any medical practice specializing in these disciplines.
Conclusion
The OIC External Fixation System combines advanced design elements with a medical approach tested by time, providing surgeons with the opportunity to offer superior patient care and improved surgical outcomes. It is an essential addition for any medical practice handling orthopedic procedures. With patient comfort and an improved healing process as the driving factors, the OIC External Fixation System stands as a ground-breaking medical device in
Joint Implants category.