SIGNUS

Alzenau,  Bayern 
Germany
https://signus.com/us/


SIGNUS - the SIGN for Spine: Passionate! Dynamic! Worldwide!

Innovative high-end implants made in Germany: For more than 30 years, SIGNUS has been the experienced specialist for comprehensive solutions in the surgical spine care sector. Founded in 1994 by Susanne and Uwe Siedler, our family-owned company has staff of 80 in Germany, Australia, Switzerland and USA. SIGNUS offers the comprehensive product range of cervical spine to sacroiliac joints - predominately manufactured at the nearby production.

Brands: ATHLET, ASCOT, CERCCESS, DIPLOMAT Spinal System, KAINOS+, MOBIS II ST, MOBIS II PEEK, MONOPOLY, NOVAL, NUBIC, RABEA, SEMIAL, TASMIN R, TETRIS II ST, TETRIS II PEEK, TOSCA


 Featured Products

  • DIPLOMAT® Screw Rod System

    The requirements for a pedicle screw system (PSS) for optimal patient treatment are very high – regardless of the particular indication. Both simple and complex treatments of the spine always require maximum security and stability.
    DIPLOMAT® is a well‑conceived, modular and versatile fixation system that was designed in close collaboration with experienced and qualified spinal surgeons. This is also reflected in the tray design. With just one basic tray and a small MIS extension tray, the instruments meet the demands for an easy to handle system.

    ...

  • CYLOX® ST Cervical Disc Replacement

    The CYLOX® ST Cage and Plate system was developed for anterior cervical vertebral fusion (C3 – TH1). With CYLOX® ST the surgeon can choose to implant a stand alone cage, add integrated screws or implant a cage plus plate construct.

    With one lean product porfolio CYLOX® ST covers all clinical needs for monosegmental ACDF.

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  • MOBIS® II and MOBIS® II ST Lumbar Interbody Fusion

    MOBIS® II is placed by a TLIF approach in the L2 – S1 spinal region. Its arc-like profile with large hollow openings guarantees a large contact surface with the bone. With its shape MOBIS® II is an ideal fit to the anterior curve of the vertebral body.The large fenestration in the implant permits the cage to be packed with bone graft.

    The inserted cage, combined with additional posterior instrumentation, leads to immediate biomechanical stabilization. This establishes the ideal conditions for vertebral body fusion. The selection of implants provides for a high degree of intraoperative flexibility and ensures restoration of the intervertebral space as well as the anatomical lordosis of the lumbar spine.

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