
Biomaterials and Regenerative Technologies
We are dedicated to collaborating on the development, testing, and refinement of:
- Magnesium technology for bone and soft tissue reconstruction
- Barrier membranes (standard and patient-specific)
- Bone substitutes and 3D scaffolds
- Soft-tissue matrices
- Growth factors
- Bioactive and bioinductive regenerative solutions
Focus: volume stability, long-term predictability, and reduced morbidity.
Digital Implant Workflow and Virtual Planning
Industry partnerships are aimed at integrating digital innovation into surgical protocols:
- Virtual planning platforms
- AI software development
- Digital scanning for monitoring implant health
- Guided surgery systems
- CAD-CAM design and 3D-printed grafts and fixtures.
Focus: precision, minimally invasive execution, and predictable outcomes.


Implant Macro/Micro Design and Surface Engineering
Development and clinical evaluation of:
- Implant macro-geometry and thread design
- Nanotechnologies applied to implant surfaces
- Osteoconductive and osteoinductive surface treatments
- High-stability implant-abutment connections.
Focus: enhanced osseointegration and improved management of compromised sites.
Advanced Surgical Tools and Instrumentation
Co-development and clinical feedback for:
- Dedicated guided bone regeneration (GBR) and soft-tissue surgical kits
- Minimally invasive instrumentation
- Fixation and stabilization systems
Focus: surgical efficiency, simplified workflow, and safety.


Education, Research, and Scientific Dissemination.
Collaborative initiatives with industry to support:
- Hands-on training, live surgery and digital modules
- Scientific content production and HD surgical documentation
- Clinical studies, white papers, and advisory board activity
Focus: translating innovation from research to surgeons and finally to patients.
Contact us for informationcollaboration
If you would like more details about our activities, please don’t hesitate to get in touch.

