Paediatric Fixation System
Rod Fixation System VENUS®nano
The VENUS®nano spinal system is a follow-on product of the VENUS system and has been developed for use in the thoracic and lumbar spine region in children and adults of small stature. Its main areas of application are stabilisations in the thoracic and lumbar spine. It may be used monosegmentally as well as multi-segmentally. The system stands out due to its high degree of biomechanical stability and user-friendliness. Long head screws and hooks are included too.
Implants for Primary Fusion and Revision Surgery
The VENUS®nano spinal system is extremely well suited for use in almost all indications of medical conditions requiring surgery and injuries to the thoracic and lumbar vertebrae, such as instability, degenerative disc disorders, degenerative spondylolisthesis, degenerative stenosis, deformities such as scoliosis and kyphosis, fractures and spondylitis as well as revision surgery. The dorsal instrumentation alone is not usually enough to establish the necessary degree of stability of a spinal segment in cases of tumour-related or traumatic destruction of the segment with loss or absence of the ventral column. Such cases may require supplementary anterior support including vertebral body replacement implants.
We develop and produce all our implants and instruments in Germany, and will continue to do so. To us, Made in Germany is a special quality label, one which we are proud of. Our HumanTech expert team operates all over the world. Solid market analysis and active, renowned surgeons provide us with the know-how for our development and production processes.
The perfectly crafted VENUS®nano implant and instrument system meets every requirement when it comes to stability, handling, aesthetics and quality, and conforms to the highest international standards. With the specially developed thread design, the screws can be introduced incredibly gently and are capable of withstanding maximum loading. The instruments are highly ergonomic, winning users over with their ease of use.
- Modular system
- Simple and precise placement reduction
- Gentle reduction
- Design perfectly adapted to the anatomy
- Secure primary fixation while preserving the tissue at the same time
- Optimum osseointegration of the implant due to special surface structure
- Maximum biomechanical stability
- In-house development and production