A new innovative technology for safer, effective, and more precise bone cutting
Discover Surgify Halo™ - the pioneering tissue-specific bone removal system based on the HaloSense technology.
The unique features of Surgify Halo™ have the potential of revolutionizing bone surgery with seamless integration into existing surgical workflows offering unparalleled advantages in today’s high-speed bone drilling and tomorrow’s robotic surgery.
Surgify Halo™ has been developed to offer surgeons confidence in safe, precise, and effective bone cutting in all cranial and spine procedures.
Experience how Surgify Halo™ can forever change bone surgery through the pressure-controlled HaloSense technology that automatically activates when it encounters tissue softer than bone.
Safety
Surgify Halo™ provides enhanced protection against incidental soft tissue damage in surgical procedures⁽¹⁾ – allowing you great flexibility in bone resections close to vital soft tissues.
Precision
Surgify Halo™ has shown superior levels of control and precision when compared to conventional bone drills⁽²⁾ – providing the highest level of accuracy and stability during bone removal and shaping.
Speed
The effective bone-cutting properties of Surgify Halo™ combined with the confidence provided by the HaloSense technology can enable shorter bone removal procedures without compromising patient safety.
The pressure-controlled tip of Surgify Halo™ provides high precision and speed in combination with the HaloSense technology soft tissue protection mechanism for enhanced safety and precision in surgical procedures.
The HaloSense technology consists of a pressure-controlled ring, with a slightly larger diameter than the drill tip that automatically adapts to tissue type.
When encountering hard tissue (crystalline bone), the ring retracts, allowing Surgify Halo™ to cut and shape bone effectively.
If elastic soft tissue is approached, the ring automatically protrudes to a level higher than the cutting edges and shields the drill tip, preventing it from affecting critical soft structures.
Please consult the instructions for use (IFU) carefully prior to clinical use.
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