A transformational approach to spine surgery.

Out of many factors that can impact outcomes, research is showing how unintentional stress is created during implantation of posterior instrumentation9-13. 

Less stress overload to
decrease implant failure

2.3%1 screw loosening rate compared to published data ranging up to 15% (normal bone) & 63% (osteoporotic bone)4‑7

infection rate

2.7%1 compared to published data ranging from 4% to 13%2-3

surgery time

By up to 29% compared to surgery with other systems8

Low rate of adjacent
segment disease (ASD)

0.7% at 15 months1

Universal implants and multifunctional instruments to cover most indications in spinal fusion

Implants with all the features in one

Multifunctional instruments that provide increased control functionality 

Lightweight instruments for a unique tactile feedback and reproducibility 

Sterile instruments and implants available 24/7 

The treatment of degenerative, trauma, tumors and deformity* pathologies, with only 5 instruments
*Deformity indication not approved in the United States.

Radical improvement of the environmental footprint of spinal surgery

improvement in climate change & energy use
in the overall environmental footprint

Compared to current solutions per surgery, and proven by research14

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