The Lava™
Accomodates your Patients in All Aspects
- The patient is the focus of attention
- Natural aesthetics are important
- Patients desire bio-compatible restorations
- Durability is vital for dentists and patients alike
Patients Desire Aesthetic, Bio-compatible and Long Lasting Restorations
Beautiful teeth are important for our self-esteem and sense of well being. People desire aesthetically pleasing and natural looking dental restorations that are biocompatible and long lasting. Most of the prosthetic ceramic solutions today, however, are restricted to specific indications.
Lava™ the Next Generation of Dental Restorations
Together with 3M ESPE you can realise the future of dental restorations. Our newest development, Lava™, is an innovative and easy-to-use system. Lava™ crowns and bridges made from zirconium oxide (zirconia) are suitable for anterior and posterior applications, offering a complete and comprehensive solution for your patients and providing optimal conditions for a consistent aesthetic appearance all around.
The Lava™ All-Ceramic System presents an innovative CAD/CAM technology for all-ceramic crowns and bridges on a zirconia base. Zirconia is a high-tech ceramic material that is characterised by its outstanding stability and biocompatibility, as well as strength levels significantly higher than other all-ceramic materials. In addition to strength, Lava™ all-ceramic system restorations display excellent aesthetics and precise fit characteristics.
Lava™ all-ceramic crowns and bridges can be used to produce crown and bridge frameworks from zirconia in just a few steps and with little effort.
Lava™ Scanner
Consists of a non-contact optical scan system, a PC with a monitor, and the Lava™ CAD Windows™ based software, which displays the model as a three-dimensional object.
Lava™ Milling Unit
This computer-controlled precision milling unit can mill out 21 copings or bridge frameworks without supervision or manual intervention.
Lava™ Therm
Bridges and crown frameworks undergo sintering and attain their exact dimensions, density, and final strength in the high-temperature Lava™ Therm furnace