Tag "Signus"
DIPLOMAT® Posterior Instrumentation by SIGNUS
DIPLOMAT® is a safe, modular and economical fixation system for all interventions on spine: ONE system for all indications. The DIPLOMAT® system is characterised by the following criteria: Screw thread
DIPLOMAT® Posterior Instrumentation by SIGNUS
The requirements for a pedicle screw system for optimal patient treatment are very high – regardless of the particular indication. Both simple and complex treatments of the spine always require
CERCCESS and SIGNUS implant systems
The CERCCESSTM retractor system from SIGNUS is an intelligent modular instrument system for the anterior cervical spine and can be optimally combined with SIGNUS implant systems for the cervical spine.
CERCCESS™ Cervical Retractor System from SIGNUS
The CERCCESS™ retractor system from SIGNUS is an intelligent modular instrument system for the anterior cervical spine and can be optimally combined with SIGNUS implant systems for the cervical spine
MOBIS® II ST – Variable and reliable implantation from SIGNUS
MOBIS® II ST is placed by a TLIF (Transforaminal Lumbar Interbody Fusion) approach in the L1–S1 spinal region. Its arc-like profile with large hollow openings guarantees a large contact surface
WOMBAT® ST from SIGNUS
The WOMBAT is not only available in PEEK but also ST. WOMBAT® ST is manufactured from proven titanium alloy (Ti-6Al-4V). WOMBAT® ST – Structural Titanium – is a TLIF cage
The next generation SIGNUS
In 1994, Uwe and Susanne Siedler jointly founded SIGNUS – based in Alzenau, Germany. From the beginning, the great passion of the medical technology company has been “to set new
WOMBAT – Easy implantation and maximum support from SIGNUS
Promotional feature WOMBAT® is placed by a TLIF (transforaminal lumbar interbody fusion) technique in the L1–S1 spinal region. Besides the simple implantation procedure, the area of contact with the implant
ROTAIO® from Signus – approved clinical benefit
Clinical outcome and ROM analysis after single-level cervical total disc replacement using a cervical disc prosthesis Does exact implant positioning play a central role in the clinical outcome of patients?
