Individual planning of osteosyntheses
Intuitive 3D software solutions for successful therapy
Accurately fitting implants for osteosynthesis
Innovative product design for surgical bone fixations
The applications for fixation of bone segments in surgery are manifold. For example, accidental fractures, corrective bone realignments (osteotomies), or bone resections, e.g. in the case of tumors. Optimal osteosynthesis products (screws, nails, plates, wires) must always meet all stability and safety requirements – and fit! Design your product offering to meet these criteria, for every use case. Tailoring this offer to the needs of their customers is our mission. Our 3D software solutions allow easy selection, configuration or customization for precision-fit implants for osteosynthesis.
Intuitive 3D software solutions for osteosynthesis planning
With our 3D software solutions tailored to you and your products, you offer surgeons a simple and fast way to realize precisely fitting osteosyntheses according to their ideas. Planning can be performed intuitively and evaluated immediately directly on the individual 3D bone model. All planning and manufacturing specifications are already taken into account during design. Individual osteosynthesis cannot be designed more efficiently!
Precisely fitting implants for osteosynthesis for all requirements
With our solutions, you always provide surgeons with the desired product that is optimally adapted for the procedure quickly, easily and cost-effectively. Benefit from the advantages of individualized implant care – in particular from increased customer satisfaction through better therapy results, or improved logistics by providing only necessary components. And thanks to our efficient 3D software solutions, customization even pays off – for you and your customers!
Are your osteosyntheses already customizable for a precise fit?
Open up new market potential with our CAD-3D software solutions tailored to your needs.
Call us on +49 30 76 88 65 90 or send us an email to info@1000shapes.com.
