The Cell implant has unique properties and the following advantages:

• tripled contact area with the bone, which was achieved by the three-dimensional surface structure;
• accelerated terms of osseointegration - implant engraftment is 20% faster;
• high primary stability and the possibility of early orthopedic loading;
• prevention of bone resorption and prevention of peri-implantitis;
• the possibility to use smaller implants due to the extraordinary surface area, which allows to avoid complex bone augmentation techniques more often.

The platform and internal architecture of the Cell implant is made by digital machine milling, which gives maximum precision and reliability of the connection of the implant with the suprastructure.

This makes inflammatory processes in the surrounding tissues impossible. At the same time, the implant body is made using the technology of laser sintering of titanium micro-granules, which gives a complex architectonics and an incredibly large surface area.

These two components are interconnected by laser welding in an argon environment. The reliability of the seam of our connection is confirmed by numerous laboratory tests.

The surface of the implant is created using the technology of laser sintering of titanium particles, and this made it possible to increase the surface area by 10 times. Thanks to this, the Cell implant has a significantly higher primary stability compared to classic implants of the same size, as well as a shorter integration period of about 1 month.

The single platform of the Cell implant allows you to unify the choice of protector.