AESCULAP® Ennovate® Cervical

Solutions beyond fusion

Together with surgeons we worked on the improvement of instruments and surgical techniques: The Ennovate® Cervical system offers surgeons the possibility to achieve optimal surgical outcomes in the occipital, atlantoaxial, subaxial and upper thoracic region.

It´s time for progress

With our comprehensive spinal system we aim to offer the full range of possibilities – not only with additional navigation, but also for future-oriented technologies like the MIS approach. The system is structured into dedicated instrument modules, so you only open the instrument sets you truly need. Ennovate® Cervical combines next generation implants and instruments with lean process workflows to provide smart solutions for you.

Ennovate® Cervical MIS - Minimal intervention. Enhanced protection.

Similar to minimally invasive stabilization of the thoracolumbar spine, which have been proposed to reduce access-related morbidity such as muscular denervation, atrophy, length of hospital stay, blood loss and post-operative pain, procedures for posterior cervical instrumentation represent the next logical step. Several pioneers already reported minimally invasive posterior procedures for stabilization of the cervical spine. The MIS module of the Ennovate® Cervical system offers dedicated navigation-ready instruments and implants allowing for a less invasive approach to the cervical spine with the goal to reduce access related morbidity such as post-operative pain.

Ennovate® performance design - Engineered for long-term stability

Do you know what happens to the screws post-operatively? Long-term stability is often taken for granted and rarely considered in detail, since it is a primary requirement and assumed that it is technically impossible to get more out of a screw. Because screws are just screws. Well, we do not see it that way! Our German engineers have designed a screw that sets new biomechanical benchmarks.

Friction fit

Holds the polyaxial screw head in place to facilitate rod insertion.

EnnoCore

Optimized bone purchase for enhanced pull-out strength through a harmonized drill and screw design.

Canulation

All standard screws are canulated, offering the possibility to work with K-wires.

Rod compatibility

All screws accept both ⌀3.5 mm and ⌀4.0 mm rods for improved intraoperative flexibility and less inventory.

High screw angulation

Standard polyaxial screws offer 45° in all directions. Additionally, favored angle screws offer 55° in the cranial and caudal plane.

EnnoTip

Specially designed tip for deeper insertion, less insertion force and reduced risk of slipping.

Ennovate® Cervical EnnoCore - Optimized bone purchase for enhanced pull-out strength

The Ennovate® Cervical implants have a specifically designed screw core and thread shape, all aiming to increase the stability and especially the pull-out strength of the implants. But that´s not all: The drills are harmonized to meet the screw contour and are therefore designed to support better bone compaction and anchorage.

Ennovate® Cervical EnnoTip - Superior control from the very first turn

The screw tip of the Ennovate® Cervical screw is specially designed to allow for a deeper initial insertion, thereby aiming to reduce the risk of slipping off the prepared bone. Furthermore, the thread starts directly at the screw tip, which is a design enabling a reduction of the required insertion pressure – critical in the highly mobile cervical spine.

Ennovate® Cervical spinal navigation - Navigation-ready basic instrumentation

The instrumentation is designed to allow for navigation without the need of an additional set of dedicated navigation instruments such as screwdriver or tap. The standard instrumentation may be navigated using the dedicated navigation handles and specifically designed interfaces on the instruments. Reducing the number instruments. Supporting your workflows.