HPS ™ 2.0 is a universal system for the stabilization of the spine. It allows for multisegmental fusion with the option of dynamic stabilization of the cranial segment. The aim is to shorten the length of fusion and to thus reduce the risk of degeneration in the adjacent segments. The dynamic coupler controls the movement […]

The Coflex® Interlaminar Stabilization® device is a minimally invasive posterior lumbar motion preservation solution that addresses leg and back pain and has proven long-term outcomes for durable pain relief and stability.* *Claims based on US FDA PMA P110008, October 2012, and ESCADA data, published in Journal of Neurosurgery: Spine. Volume 28 Issue 4, April 2018.

The CoFix™ implant allows minimally invasive, segmental stabilization after microsurgical decompression and serves to support posterior fusion as an alternative to fixation with pedicle screws. The surgical technique is safe and simple. Possible complications associated with the use of conventional pedicle screws can be avoided.

The Fortilink-TC interbody fusion devices with TiPlus technology are manufactured with Selective Laser Melting (SLM) and are built from implant grade titanium alloy (Ti6Al4V). The titanium Fortilink-TC implant has an open mesh structure and a graft window both designed to allow bone ingrowth and facilitate fusion. The box-shaped design is intended to provide primary stability […]

Adjacent Segment Protection The DCI implant* provides stable, controlled motion, allowing the spine to be functionally dynamic. After insertion, the implant works as a shock absorber to effectively prevent accelerated degeneration in the segments above and below. *Patent pending in the U.S. and worldwide.