Reconstruction Plate, Strait for 2.7mm Screws

Description

Reconstruction Plate, Straight for 2.7mm Screws: Stable Fixation for Long Bone Fractures

The Reconstruction Plate, Straight for 2.7mm Screws is a valuable implant used in orthopedic surgery to achieve stable fixation of specific fracture types. This versatile plate offers several advantages for treating fractures in long bones:

• Straight Design for Shaft Fixation: The straight design of the plate is ideal for securing fractures along the shaft (diaphysis) of long bones, particularly in the limbs (arms and legs).
• Compatibility with 2.7mm Screws: The use of 2.7mm screws provides a good balance between achieving strong fixation and minimizing the invasiveness of the surgical approach.
• Applications in Various Fractures: Reconstruction plates can be used for different fracture types that are not severely comminuted (fragmented) in long bones.

Applications in Orthopedic Surgery:

The Reconstruction Plate, Straight for 2.7mm Screws finds application in various orthopedic procedures involving fractures in long bones:

• Fracture Fixation in Limbs: These plates are commonly used to secure non-comminuted fractures (spiral, oblique, or transverse) in the long bones of the arm (humerus) and leg (femur, tibia).
• Trauma Surgery: In cases of long bone fractures requiring a stable fixation solution, this type of reconstruction plate can be a suitable option.

Important Considerations:

The choice of a reconstruction plate and screw size depends on the specific fracture location, type, and severity. Consulting with a qualified orthopedic surgeon is crucial to determine the most appropriate implant selection and surgical approach for your individual case. Here are some additional factors to consider:

• Type and severity of the fracture (non-comminuted)
• Location of the fracture in the long bone
• Bone quality and density
• Patient’s overall health and medical history

Additional Notes:

• Reconstruction plates for 2.7mm screws come in various lengths and configurations to accommodate different bone sizes and fracture patterns in long bones.
• The material of the plate is typically biocompatible stainless steel or titanium alloy.
• The surgery to implant the reconstruction plate typically involves fluoroscopy (live X-ray) to ensure accurate positioning of the plate and screws within the bone.