Portfolio

Portfolio

PolyAx-Technology


In orthopedics and traumatology, polyaxiality means the freedom to insert bone screws into the bone at a variable angle. Polyaxiality allows the surgeon to address fracture lines, certain bone areas during surgery. It allows a more flexible and patient-specific operation and thus represents a clear advantage for the patient. Currently, however, polyaxial targeting devices for minimally invasive treatment is not yet available.


Our PolyAx-technology becomes the polyaxial and minimally invasive locking of intramedullary nails (PolyAxNail®) and bone plates (PolyAxPlate) allows.

Joystick Technology JOY


The core of the PolyAx-technology is the JOY joystick technology.
Bone screws can be inserted easily and safely in a polyaxial and minimally invasive manner using simple and intuitive targeting instruments.

It all started with the PolyAxNail®. Subsequently, we also transferred polyaxiality and JOY to bone plates (PolyAxPlate) and to systems for correcting malpositions (PolyAxCorrect).

PolyAxNail®

Polyaxial and angle-stable intramedullary nails for the treatment of fractures of long tubular bones

PolyAxPlate

polyaxial bone plate system for minimally invasive treatment of fractures

PolyAxCorrect

innovative surgical technique for the correction of congenital or acquired deformities

Further developments


Plate system Vet

Polyaxial bone plate system for minimally invasive treatment of fractures in dogs and cats

elbow prosthesis

modular elbow prosthesis for the partial or complete replacement of the articular surfaces of the radial head and capitulum

TIF

innovative surgical technique for arthroscopic treatment of impression fractures of the tibial plateau

fibulaXpand

innovative surgical technique for accelerated reconstruction of long bone defects of long tubular bones

Far-End

Targeting instrumentation for simplified locking of long intramedullary nails; distal locking

Phantoms

Anatomical models with soft tissue and bony structures for realistic testing and training of surgical techniques and (fracture) models, also suitable for imaging (ultrasound, X-ray)

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