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Safer bone surgery
In many fields of surgery, bone-cutting procedures involve the risk of complications caused by the surgical drill damaging vital soft tissues such as blood vessels or central nervous system structures. Such complications can severely affect patient quality of life and result in significant costs.
NEW TISSUE-SELECTIVE DRILL TIP
Surgify Safety Burr™
Surgify Safety Burr is a tissue-selective drill tip for bone cutting that offers improved safety, precision, and speed during neurosurgical and complex orthopedic procedures. The pressure- controlled tip for bone sculpting provides high accuracy and a unique soft-tissue protection shield for a less-invasive surgical experience.
The improved safety is delivered through Surgify Safety Burr patented safety mechanism, a tissue-selective safety shield around the burr, which activates automatically when the drill bit encounters tissue softer than bone during surgery. On the other hand, the cutting mode is activated by applying sufficient pressure to the tip.
Please consult the instructions for use (IFU) carefully prior to clinical use.
Patent protected: EP3525691, US 113,245,19, JP2019531140A, ZL 201780063112.3, CA3038233A1.
Key benefits of Surgify Safety Burr™
Surgify Safety Burr can be utilized in a range of surgeries, including neuro, spinal, and ENT surgeries. It offers an unique user experience due to it’s tissue-selectivity features and negligible chattering effects during surgery.
In elderly patients the intracranian dura, often tightly attached to the overlaying skull bone, requires meticulous dissection not to be torn during craniotomy.Juha E. JääskeläinenProfessor, Chairman of Neurosurgery, NeuroCenter, Kuopio University Hospital
Surgify’s device appears to push the soft tissue out of the way. This is a major advantage, as a typical surgical drill that spins tens of thousands of times in a minute can be very dangerous if it touches soft tissue.Mika NiemeläProfessor, Head of Neurosurgery, Helsinki University Central Hospital
I see a lot of promise in Surgify!
Based on my personal experience in more than 16,000 microneurosurgical operations, I immediately realize this drill is extremely useful.Juha HernesniemiProfessor, Head of International Center for Neurosurgery, Henan Provincial People's Hospital, Zhengzhou, China
This is a breakthrough!
Preventing dural tears rather than fixing them afterwards would be much more helpful, efficient and cost saving, and of course helps the patient recover.John KoivukangasProfessor Emeritus, Neurosurgeon, Oulu University Hospital