We use innovative, high-end technology to create patient-led solutions for surgeons
We are dedicated to delivering the finest patient-specific implants to clients using our new digital solutions with integrated patented computational modelling to improve the long term reliability and the patient outcomes. Our aim is to design, develop, manufacture and evaluate efficiently and rapidly, with increased level of precision and predictability of the outcome at a cost affordable to our clients.
Our full digital manufacturing workflow includes imaging processing, 3D modelling of hard and soft tissue, design and fabrication of the patient specific implant, and 3D simulation to offer pre-surgery preparation/planning and predictable post-surgery outcome. By using patent in-silico testing we optimise the design and product life time for each individual implant.
Current methods are limited by lack of simulation of hard and soft tissue behaviour during and after surgery, both aspects are addressed in our patented service thereby improving quality of implant and increase the surgical success rate. Our dedicated team continuously strive for excellence to help in every single step in the process.
We have extended the options available to surgeons when planning surgery. The ability to accurately predict and reduce the margin of error associated with placement of implants is particularly important and valuable, in this context, surgical decision making and improving the outcomes for patients with different needs. The 3D virtual design of the implant is viewed through “Share Screens” over the web to allow surgeon interaction and pre-surgical planning. In this case, surgeon can review the design of the implant as well as rehearse the implant placement.
We offer wide range of manufacturing techniques and the main manufacturing methods are Additive Manufacturing (3D Printing) and Subtractive Manufacturing (Multi Axis milling and grinding) in a wide variety of Bio-compatible materials including CP Ti, Ti64, PEEK, Airconia and HA. Our patented technology allow us to create different surface finishes to improve functionality, enable osseo-integration, promote cellular differentiation and prevent infection. We are also able to manufacture any complex design feature for the restoration of a patient’s quality of life.