Products

Surgify Halo™

NEW TISSUE-SELECTIVE DRILL TIP

Surgify Halo™ is a tissue-selective surgical drill for bone cutting that offers improved safety, precision, and speed in procedures on the cranium or spine.

The innovative pressure-controlled Surgify Halo™ for bone removal and sculpting has a unique soft-tissue protection shield enabling enhanced safety and precision compared to conventional bone burrs.

Surgify Halo™ key features:

Safety

Surgify Halo™ provides enhanced protection against incidental soft tissue damage in surgical procedures – allowing you great flexibility in bone resections close to vital soft tissues.

Precision

Surgify Halo™ has shown superior levels of control and precision through reduced chattering/unintentional “jumping” compared to conventional bone burrs. The smooth performance of Surgify Halo ensures superb accuracy and stability in bone removal procedures.

Speed

The effective bone-cutting properties of Surgify Halo™ combined with the confidence provided by the HaloSense technology enables shorter bone removal procedures without compromising patient safety.

The enhanced safety and precision are provided through the HaloSense technology, creating a tissue-selective safety shield around Surgify Halo™. The HaloSense technology activates automatically when Surgify Halo™ encounters tissue that is elastic and softer than bone during surgery

The HaloSense technology consists of a pressure-controlled ring with a larger diameter than the drill tip. The ring retracts when pressed against hard tissues (crystalline bone) to a level lower than the cutting edges, allowing Surgify Halo™ to effectively cut and shape bone.

When Surgify Halo™ encounters elastic soft tissue, the ring automatically protrudes to a level higher than the cutting edges and shields the drill tip, preventing it from affecting critical soft structures.

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Please consult the instructions for use (IFU) carefully prior to clinical use.

Surgify Halo™is a CE-marked medical device and approved for use in the EU (Notified Body no. 0537)
Patent protected: EP3525691, US 113,245,19, JP2019531140A, ZL 201780063112.3, CA3038233A1.