Selecting the right surgical implant is a critical decision that impacts patient outcomes, long-term stability, and overall surgical success. For procedures involving the sacroiliac (SI) joint, implant performance and reliability are especially important because stability and proper fusion determine how well a patient recovers. According to Healthline, the four most common reasons people receive bone grafts include multiple fractures that do not heal properly; fusion to help two bones heal across a damaged joint; bone regeneration following disease or injury; and healing bones following the implantation of medical devices such as joint replacements. With fusion playing such a central role in healing, surgeons and hospitals need implant systems they can trust. Below are the key factors to look for when evaluating an SI fusion implant.
Biomechanical Strength to Support Fusion
The first thing surgeons should look for is strong biomechanical performance. An SI fusion implant must provide immediate stability and long-term resistance to movement within the joint. Thread geometry, surface features, and implant shape all contribute to how well the device anchors into bone. Reviewing biomechanical testing data and real-world case studies helps determine whether an implant can maintain position under load and support consistent fusion outcomes.
Material Quality to Ensure Biocompatibility
Implant material is another essential consideration. High-quality titanium or similarly biocompatible alloys are preferred because they reduce inflammation risk and promote osseointegration. The implant’s surface texture or coating can significantly influence bone ingrowth, making material choice a major factor in achieving stable long-term fixation. Hospitals should prioritize implants with proven, safe materials designed to integrate naturally with surrounding tissue.
Surgical Efficiency to Improve Workflow
Another factor to evaluate is how efficiently the implant system integrates into the operating room workflow. Surgeons benefit from systems that offer intuitive instrumentation, clear visualization, and simplified steps. An SI fusion implant that allows minimally invasive placement, reliable targeting, and smooth instrumentation contributes to shorter procedure times and reduced complication risks. Ease of use is especially important in high-volume surgical environments.
An SI fusion implant must offer strength, safety, efficiency, and proven performance for hospitals to feel confident using it. At SurGenTec, we develop implant systems engineered to support surgical precision and long-term stability. Contact us today to learn more about our advanced SI fusion solutions and how they can support the needs of your surgical team.