Integra Mayfield 360: Precision and Stability for Neurosurgical Procedures

The Integra Mayfield 360 is a highly specialized headrest system designed to provide unparalleled stability and precise positioning for patients during neurosurgical procedures. Built with cutting-edge technology and crafted to meet the highest standards, this advanced system is essential in complex surgeries where accurate immobilization of the head is crucial. Its 360-degree adjustability and secure fixation make it a trusted solution for neurosurgeons worldwide, ensuring enhanced control and better surgical outcomes.

360-Degree Positioning for Optimal Surgical Access

The Mayfield 360’s standout feature is its 360-degree adjustability, allowing for complete flexibility in positioning the patient’s head. This ensures optimal access to the surgical site, whether for cranial or spinal procedures. Surgeons can make precise adjustments on-the-fly, reducing the need for repositioning and improving workflow efficiency. This precision minimizes patient risk, ensuring safe, controlled operations and better visualization of delicate areas.

Enhanced Stability with Secure Fixation

In neurosurgery, maintaining absolute head stability is critical. The Integra Mayfield 360 system offers superior fixation, locking the head securely in place without compromising patient comfort. Its robust design ensures that even the slightest movement is eliminated, giving surgeons the confidence to perform intricate procedures with maximum precision. This stability contributes to reducing intraoperative complications and improving the overall success rate of surgeries.

Easy Setup and Customization for Surgical Teams

The Integra Mayfield 360 system is designed for ease of use, allowing quick and simple setup before surgery. Its modular design can be customized to suit the needs of various procedures, making it a versatile tool in operating rooms. The intuitive adjustment controls ensure that surgical teams can swiftly modify positioning without interrupting the flow of the procedure, improving overall surgical efficiency and patient outcomes.