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Cortical button fixation helps connect soft tissue to bone. It is used in orthopedic surgery. This method is strong and helps healing. Surgeons trust it because it works well. Doctors use this method in 3.4% of these surgeries. If you pick surgical implants from XCmedico, you get good engineering. You also get results you can trust. The table below shows how cortical button fixation compares to other ways. It looks at load-to-failure and strain:
Fixation Method |
Load-to-Failure |
Variability |
Maximum Strain |
|---|---|---|---|
Cortical Button Fixation |
Highest |
Lowest |
0.21% |
Interference Screw |
Comparable |
Greater |
0.16% |
Keyhole Technique |
Comparable |
Greater |
0.13% |
Cortical button fixation gives strong support for soft tissue to bone. This helps healing get better.
This way lowers the chance of problems after surgery. It means fewer surgeries later and a safer recovery.
Patients heal faster and have better joint stability with cortical button fixation. This is better than older methods.
Surgeons like cortical button fixation because it is precise and works well. It makes smaller scars and lowers infection risk.
Picking good implants, like ones from XCmedico, helps the procedure work well. It also helps healing be the best it can be.
A cortical button is a small, strong device that helps attach soft tissue, like a tendon or ligament, to bone. You will see it used in many orthopedic surgeries. The button sits on the hard outer layer of the bone, called the cortex. Surgeons use it because it holds tissue in place while your body heals.
The structure of a cortical button is simple but effective. It looks like a tiny plate with holes for sutures. These sutures connect the tissue to the button. The button spreads the force over a wide area, which helps prevent the tissue from pulling out. Most cortical buttons are made from strong materials, such as titanium or absorbable metals. These materials give the button high strength and make it safe for your body.
You can see how the structure and materials make a difference:
The cortical suspensory button can handle a much higher load before breaking compared to other devices.
It has greater stiffness, which means it holds tissue firmly.
Absorbable metals used in some buttons can slowly break down in your body, keeping you safe and supporting healing.
Cortical button fixation is a method that uses the button to secure tissue to bone. You can think of it as a strong anchor. The surgeon threads the tissue through the button, then pulls it through a small tunnel in the bone. The button sits on the outside of the bone, locking the tissue in place.
This method gives you several biomechanical advantages:
You get less looseness in your joint after surgery.
You can return to sports and work with less pain.
The tissue heals all around the tunnel, making the repair stronger.
Here is a table that shows the main biomechanical tests used to check how well cortical button fixation works:
Test Type |
Description |
|---|---|
Cyclic Loading |
Tests how the button holds up under repeated movement and force. |
Load to Failure |
Measures the maximum force the button can handle before breaking. |
Elongation |
Checks how much the button stretches during use. |
Stiffness |
Shows how firmly the button holds the tissue in place. |
Yield Load |
Finds the point where the button starts to bend and not return to its shape. |
Many studies compare cortical button fixation to other methods. One well-known article looks at how it works in ACL surgery. The results show that this method gives better support and helps you heal faster.
You will also find that different countries have their own rules for these devices. In North America, the rules are strict and clear. In Europe, the rules cover all countries but can be different in each place. In Asia, you need to work with local experts to follow the rules.
Tip: If you want a strong and reliable repair, ask your surgeon about cortical button fixation. It is trusted by many doctors for its safety and strength.
Surgeons follow a careful process for cortical button fixation. First, the doctor makes a small cut near your joint. Then, the surgeon drills a tunnel through your bone. This tunnel guides the tendon or ligament to the right spot. Next, the surgeon threads the tendon or ligament through the tunnel. The cortical button sits outside the bone. The surgeon pulls the tissue tight. Then, the button is flipped to lock it in place. This keeps the tissue secure while your body heals.
XCmedico’s 2.7/3.5/4.5 mm Cortical Screw Full-threaded helps in these surgeries. The surgeon uses these screws to hold the button and tissue firmly. The full-threaded design gives a strong grip. It helps the repair stay stable. You feel less pain and move better after surgery because the fixation is strong.
Cortical button fixation is used in many orthopedic surgeries. The most common use is in anterior cruciate ligament reconstruction. Surgeons use this method to attach the new ligament to your knee. The button holds the graft in place while your body heals. Malpositioning of femoral buttons during anterior cruciate ligament reconstruction happened in only 3.5% of patients. This shows high accuracy.
You will also see this technique in other repairs:
Anterior cruciate ligament reconstruction for knee injuries
Distal biceps tendon repair for elbow injuries
Pectoralis major tendon repair for shoulder injuries
Latarjet procedure for shoulder instability
The Latarjet procedure used screws before, but new studies show that cortical suture button fixation may lower problems from screw placement.
A study on distal biceps tendon repair shows that intramedullary cortical button fixation gives stronger support than older methods.
Surgeons pick this method because it gives strong support. It helps you get back to activity faster. You can trust XC medico’s implants to give the stability needed for a good repair.
You want your joint to be strong after surgery. Cortical button fixation helps make it strong. This method keeps your tissue in place so it can heal. The button gives better support for your tendon or ligament. It holds the tissue tight against the bone. This keeps your repair stable, even when you move your joint.
Many doctors see that cortical button fixation keeps sutures strong. The button does not stretch or get loose easily. Your repair stays firm while you heal. You can trust your joint will not feel weak or loose.
Patients often recover faster with this technique. For example, people with distal biceps tendon repair using a ToggleLocTM device felt better in two months. They could move their arm and do daily things quickly. The tendon’s movement before surgery did not change the good results. You can expect a smooth recovery and a strong joint.
Here is a table showing how patients feel after surgery:
Outcome Measure |
Pre-operative Score |
Final Follow-up Score |
p-value |
Percentage Exceeding MCID |
|---|---|---|---|---|
ASES |
N/A |
Significant Improvement |
< 0.01 |
96.55% |
OSS |
N/A |
Significant Improvement |
< 0.01 |
93.10% |
DASH |
N/A |
Significant Improvement |
< 0.01 |
75.86% |
Most patients say they have less pain and move better. Almost all patients reach a level of improvement that matters to them.
Tip: If you want to return to sports or work fast, ask your doctor about cortical button fixation. This method helps you heal faster and move better.
You want your surgery to be safe. Cortical button fixation lowers the risk of problems after surgery. The most common problems are nerve injuries, extra bone growth, and tendon rerupture. These happen much less often with this method than with others.
Doctors found that the rate of problems is much lower with cortical button fixation. For example, 0% of patients had problems with this method, compared to 26.4% with suture anchors and 44.8% with intraosseous screws. You are much less likely to have trouble after your repair.
Here is a table comparing recurrence and reoperation rates:
Technique |
Recurrence Rate |
Reoperation Rate |
|---|---|---|
Cortical Button Fixation |
5.8% |
4.1% |
Screw Fixation |
1.6% |
0.5% |
Both methods have low rates, but screw fixation has more problems like nerve injury and infection. Suture-button fixation leads to fewer reoperations because there are fewer implant problems.
You get a safer surgery and a lower chance of needing another operation. Most patients do not need a second surgery, and they do not have problems with instability or infection. You can feel sure your repair will last.
Note: Always talk to your surgeon about the best method for your injury. Cortical button fixation gives strong support and a safe recovery for many tendon and ligament repairs.
You might wonder how cortical button fixation stacks up against older ways. Traditional methods use screws or suture anchors in open surgery. These have been around for a long time. They can work, but they bring more risks. Open surgery often means more pain and longer healing. Sometimes, screws need to be taken out later. This means you might need another hospital visit.
Cortical button fixation is less invasive. Surgeons make smaller cuts and work more precisely. In anterior cruciate ligament reconstruction, studies show fewer problems with cortical buttons than with open surgery. You get strong support for your tendon and heal with less risk. Doctors compared adjustable-loop cortical buttons, fixed-loop devices, and metal screws. They found similar ACL revision rates at two and five years. This means you heal well, no matter which device is used.
Some studies checked cost and recovery. Tendon suture fixation can save money compared to screw fixation. You may walk and do daily things sooner. Patients with tendon suture fixation had less pain three months after surgery. They could move their ankle faster.
You get special benefits when your surgeon uses a cortical button. The device holds your tissue tight against the bone. This helps your repair stay strong. Surgeons like the control and accuracy this method gives. You get a smaller scar and lower infection risk.
XCmedico’s 2.7/3.5/4.5 mm Cortical Screw Full-threaded adds more value. These screws fit many bone sizes. Your surgeon can pick the best one for you. The full-threaded design grips the bone tightly. This keeps the button and tissue in place. You heal faster because the screw helps bone and tendon grow together. The titanium alloy does not rust and is safe in your body. You do not need to worry about the screw breaking or causing trouble.
Tip: Ask your doctor if a cortical button and full-threaded screw are good for your anterior cruciate ligament reconstruction. You may heal faster and feel stronger with this advanced fixation.
You might wonder if cortical button fixation really helps people heal. Many studies say this method gives strong and lasting results. Patients are usually happy after their surgery. You can go back to sports and daily life more easily. Doctors see stable fixation in injuries like Lisfranc fractures. This means your joint stays in place while you heal.
Suture button fixation helps you return to your favorite activities.
You can expect a high chance to play sports again, even years later.
The arthroscopic cortical-button Latarjet procedure has a 95% return to sport rate at about six years.
If you need tendon repair, you can trust this method. Studies on distal biceps tendon repair show great results from patients. People get back almost all their arm strength and movement. Most patients say their life is better after surgery. You can feel sure your recovery will be strong and steady.
Doctors also see fewer problems with this method. In the Latarjet procedure, no patients with cortical button fixation needed another surgery. But some patients with screw fixation had hardware problems. The rate of graft union is high with cortical buttons. This means your bone heals well.
You want the best chance for a safe and strong recovery. Real-life cases show that cortical button fixation lowers the risk of hardware problems. Up to 46% of patients with screw fixation had issues, but the rate is much lower with cortical buttons. You get a better result and worry less about needing another surgery.
When you pick a supplier, you should look for:
High biocompatibility and mechanical strength
Implants that are easy to use and fit your needs
Checked tensile strength and good match with your tissue
Products from FDA-registered or ISO-certified companies
Clear records for sterilization and tracking
XCmedico meets these standards. You get reliable cortical button fixation that helps you heal. Surgeons trust XC medico for quality, safety, and fast delivery. You can feel safe knowing your implant comes from a trusted company.
Picking the right implant and supplier really matters for your recovery. With XCmedico, you give yourself the best chance to heal well.
You can count on cortical button fixation for strong healing. It gives results you can trust. New research shows you can use a thicker graft. This method also stops the tunnel in your bone from getting bigger.
You lose less bone with these devices. Healing is better and faster.
Doctors do not need to do extra surgery as often.
Innovation Type |
Description |
|---|---|
Bioactive Coatings |
Bone heals faster |
Improved Materials |
Screws last longer |
Refined Thread Designs |
Grip and stability are better during surgery |
Pick XCmedico for smart solutions and steady help while you recover.
Cortical button fixation connects soft tissue to bone. It helps attach tendons or ligaments. This method gives strong support. Your body heals better after surgery.
A suture button keeps tissue tight on the bone. This makes the repair stable. You heal faster because tissue stays in place. New cells can grow where needed.
Yes, doctors use it for this injury. You get strong support and fewer problems. Most people go back to sports and daily life fast.
You get strong support and less pain. Recovery is quicker. The small device lowers your chance of another surgery. Your joint stays stable and safe.
Most people move their joint soon after surgery. You may do normal things in weeks or months. Your doctor will give you a plan for safe healing.
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