Safex Inc

Delhi

SAFEX INCs Orthopedic Instruments Manufacturer, exporter, importer like interlocking instrument set, Large fragement locking plate instruemnts, small fragement locking plate instruemnts, Orthopedic instruments are specialized surgical tools used by orthopedic surgeons and medical professionals in the field of orthopedic surgery.

SAFEX INCs Dynamic Hip Screw (DHS) is an orthopedic implant used in the surgical treatment of certain hip fractures, particularly fractures of the proximal femur. The DHS system includes a variety of specialized instruments and implants designed to facilitate the placement of the hip screw and achieve stable fixation of the fractured bone. The DHS implant is often used in cases of intertrochanteric and subtrochanteric fractures.

A typical DHS instrument set may include the following components:

1. DHS Plate: The dynamic hip screw plate is a large, angled plate that is affixed to the lateral aspect of the proximal femur. It usually has multiple holes to allow for fixation with screws.

2. DHS Screw: The dynamic hip screw itself is a large screw that is inserted into the femoral head, passing through the plate. The screw has a dynamic feature, allowing controlled sliding of the femoral head along the screw, which aids in load-sharing and promotes healing.

3. Guide Wire: A guide wire is used to guide the placement of the hip screw. It is typically inserted into the femoral head and neck under fluoroscopic guidance before the actual screw is introduced.

4. Drill Bits: Various drill bits are used to create holes in the bone for the insertion of screws. These may include cortical and cancellous drill bits.

5. Depth Gauge: A depth gauge is used to measure the depth of the drill holes, ensuring proper placement of the screws.

6. Tap: A tap is used to create threads in the bone before inserting the actual screws.

7. Lag Screw: In some cases, a lag screw may be used instead of or in addition to the dynamic hip screw. The lag screw compresses the fracture surfaces, promoting stability.

8. Instrumentation for Plate and Screw Placement: This includes instruments like screwdrivers, screw holders, and plate benders to facilitate the correct positioning and fixation of the plate and screws.

It's important to note that the specific contents of a DHS instrument set can vary between manufacturers, and surgeons may choose instruments based on their preferences and the patient's specific anatomy.

Pedicle Screw

SAFEX INCs is in to marketing of Spinal Implants, Orthopedic Implants, Arthroscope imamts and instruments, Craniomaxillofacial Implants and Instruments

A pedicle screw is a type of orthopedic implant used in spine surgery for spinal fusion. This surgical procedure aims to join two or more vertebrae, stabilizing the spine and preventing movement between the fused vertebrae. Pedicle screws are an integral part of this process, providing a means of fixation and support.

Here are some key points about pedicle screws:

1. Design: Pedicle screws are typically made of medical-grade materials such as titanium or stainless steel. They have a threaded design and are inserted into the pedicle, which is a small, bony part of the vertebra.

2. Placement: Surgeons carefully insert pedicle screws into the pedicles of adjacent vertebrae. The screws are often part of a larger construct, which may include rods, plates, and other hardware.

3. Stabilization: Once the pedicle screws are in place, they serve as anchors for the spinal instrumentation. Rods or other connecting elements are then used to link the screws, stabilizing the spine and limiting motion between the vertebrae.

4. Indications: Pedicle screws are commonly used in various spinal conditions, including degenerative disc disease, spinal deformities (such as scoliosis), fractures, and cases where instability of the spine is a concern.

5. Surgical Techniques: Pedicle screw placement can be done using different surgical approaches, including open surgery or minimally invasive techniques. Minimally invasive procedures often involve smaller incisions and reduced muscle disruption, leading to potentially faster recovery times.

6. Navigation Technology: Surgeons may use navigation systems or fluoroscopy during surgery to guide the accurate placement of pedicle screws.

7. Biomechanical Considerations: The design and placement of pedicle screws take into account the biomechanics of the spine to provide stability while allowing for proper fusion of the vertebrae.

It's important to note that the use of pedicle screws requires careful planning and consideration of the patient's specific condition. The decision to use pedicle screws is made based on factors such as the type and location of the spinal pathology, the patient's overall health, and the surgeon's expertise.

Patients undergoing spinal fusion with pedicle screws will typically undergo postoperative rehabilitation to aid in the fusion process and promote optimal recovery. As with any surgical procedure, risks and benefits should be discussed thoroughly between the patient and the healthcare provider.