CanSFP Cortex Screws

CanScrew SFP Cortex Screws are a type of surgical implant used in orthopedic surgeries. These screws are designed to provide secure and stable fixation in various bone structures, including the spine, pelvis, and long bones. The screws are made from titanium alloy, a material that is strong and lightweight, making them an ideal choice for medical implants.

One of the key features of CanScrew SFP Cortex Screws is their unique self-tapping design. This means that the screw has a cutting edge that allows it to create its own thread as it is inserted into the bone. This feature makes the implantation process faster and less invasive, as it eliminates the need for pre-drilling and tapping.

Another advantage of the CanScrew SFP Cortex Screws is their cortical thread design. The screw has a tapered thread that is optimized for the cortical bone, which is the outer layer of bone that is denser and harder than the inner cancellous bone. This design helps to provide a more secure and stable fixation in the cortical bone, reducing the risk of implant failure or loosening.

CanSFP Cortex Screws come in a variety of sizes and lengths to accommodate different patient needs. They are also available with different screw head options, including hexagonal, Torx, and Phillips, which allows for flexibility in surgical techniques.

CanSFP Cortex Screws are inserted into the bone using a specialized instrument called a screwdriver. The screwdriver is designed to fit the screw head precisely and allow for controlled insertion into the bone. Once the screw is in place, it can be tightened to provide a secure and stable fixation.

In short, CanScrew SFP Cortex Screws are a reliable and efficient option for orthopedic surgeries. Their self-tapping design and cortical thread design make them easy to insert and provide secure fixation in the cortical bone. With a variety of sizes and screw head options available, they can be used in a wide range of surgical procedures, helping to improve patient outcomes and recovery times.