We are working on the future
We strive for excellence in the field of medical implant coating. We want to continually deliver innovative solutions. That is why we, as R&D team, are constantly working on improving our existing coatings and developing new ones.
Our current projects
Our research activities include collaborations with renowned universities, scientific institutions, hospitals and companies, and we play an integral part in international research networks.
R&D projects
In addition to the development of new implant coatings, we are also responsible for the technical realization. Our engineers develop, build and repair the coating and stripping systems in order to make the production processes within the departments more reliable and trouble-free. One example for this is the introduction of automated processes that will improve the working conditions for colleagues in the production areas.
Our development projects include:
- Coatings that reduce implant-associated infections
- Coatings that increase the wear resistance of implants
- Automation of the corundum blasting process for orthopedic implants
Funded projects
DOT is currently involved in two joint research projects funded by the German Federal Ministry of Education and Research. Both projects are realized in collaboration with national universities and industrial partners, and aim to develop antibacterial coatings with improved osseointegration properties.
The CUVER project (funding period: 2020-11-01 – 2024-12-31) is investigating the prevention of implant-associated infections using copper. A coating process developed by DOT is modified by adding copper. This innovative coating process enables a targeted and temporary release of copper, which, due to its antibacterial properties, should prevent the bacterial colonization of the implants.
The KeraDuo project (funding period: 2020-10-01 – 2025-12-31) is investigating the osseointegrative and antibacterial effects of special coatings for ceramic implants. Here, DOT is developing the adhesive, porous carrier coatings for orthopedic and dental implant ceramics that exhibit osseointegrative properties and are suitable for an additional coating with antibiotics.