Implant Design: The implants of the locking system have a distinct design. They are equipped with locking slots or grooves on their surfaces. These slots are carefully placed to enable the accommodation of locking screws at a variety of angles.

Locking Mechanism: The locking mechanism is composed of specialized screws. These screws fit into the locking slots on the implant. Their design is such that they can establish a firm and stable connection. This connection effectively prevents any unwanted movement of the implant, which in turn ensures that the surgical outcomes are more predictable.

Multiaxial Functionality: One of the main advantages of locking systems is their multiaxial functionality. The locking screws can be inserted and tightened at different angles. This is made possible by several design elements. The spherical or conical locking surfaces permit a broad range of screw insertion angles. The thread design of the locking screws is optimized to ensure smooth insertion and a secure fit with the implant. Also, the heads of the locking screws offer a stable area for tightening and prevent the implant from rotating.

Streamlined Surgical Workflow: Locking systems are engineered to make the surgical process more efficient. The locking mechanism is intuitive, which simplifies the task of securing the implants. This potentially saves a significant amount of time in the operating room. Moreover, the multiaxial functionality allows surgeons to modify the orientation of the implant without having to perform multiple re-drilling or repositioning procedures. This further boosts the overall surgical efficiency.