Beskrivelse
The zirconium oxide for modern dental laboratories covers all needs in top quality. optimill is a milling process with a product portfolio tailored to reliable processes with the highest quality and includes zirconium oxide discs/blocks as well as CoCr and plastic discs. Professional dental milling machines, from the CORiTEC 250i touch, whose 5-axis technology enables even complex dental restorations with high flexibility, to automatic 16-fold blank changers in the CORiTEC 650i / Loader, which enables 24/7 utilization with consistently high precision in the dental laboratory. Dental scanners such as the Vinyl High Resolution, which conforms to DIN ISO 12836 with a repeat accuracy of up to 4 µm, optimally support the work of the dental technician with global and detailed accuracy for complicated work. The exocad CAD/CAM software, which is optimized for dental workflows, enables digital dental technology for the complete range of dental indications with the highest technical requirements. Feedback from the dental laboratory plays an important role in the continuous further development by our research team and enables an interlinked production process that is characterized by maximum efficiency, simple operation and a good price/performance ratio. With optimill, the complete range of dental indications is covered and dental laboratories are spared interface problems thanks to service from a single source.
This innovative material for the production of splints is a thermoelastic resin. The special feature of the material is its temperature-dependent mechanical properties. The material becomes more flexible at body temperature in the patient's mouth without losing its high tensile and breaking strength. For the patient, this means a significant increase in wearing comfort. The memory effect achieved with the material properties means that the splint automatically resets itself after deformation.
This innovative material for the production of splints is a thermoelastic resin. The special feature of the material is its temperature-dependent mechanical properties. The material becomes more flexible at body temperature in the patient's mouth without losing its high tensile and breaking strength. For the patient, this means a significant increase in wearing comfort. The memory effect achieved with the material properties means that the splint automatically resets itself after deformation.