INLAB® SOFTWARE:
inLab Software.
Sirona’s intuitive “what you see is what you get” software gives you complete design, shape and form control, while also bringing substantial time savings to your lab. Only inLab software allows you to anatomically design your frameworks for optimum porcelain support, so you can create long-lasting, beautiful restorations. Given the right case at hand, everything from mamelon designs to wing-bridges or inlay-bridges can be mastered. Simple, color-coded visuals and a comprehensive database of tooth anatomy guide you through the process with ease.
Furthermore, inLab design software substantially reduces your learning curve so you can build immediately with the utmost precision. The highly-advanced inLab software is fully compatible with CEREC® chairside software, allowing direct communication with CEREC dentists, thus creating the platform for the world’s largest dental network. Sirona also provides continuous free software upgrades for all inLab owners, another demonstration of our commitment to always keep you on the cutting edge of technology.
Biogeneric: natural occlusions with just one click.
The inLab Biogeneric software revolutionizes occlusal surface design. It is the first restoration method that analyzes the patient’s individual dentition status as the basis for computing the occlusal morphology. This patented scientific procedure is the key to natural, made-to-measure restorations based on the patient’s own teeth morphology, rather than relying on a database of existing teeth that may not be an accurate representation of the patient’s own teeth.
Biogeneric benefits:
Simple and automatic
- Anatomatically designed copings and frameworks
- One-click method for creating lifelike occlusal surfaces
- Automatic crown settlings
- Immediate restoration proposals are clinically and functionally valid
- Identical design process for all restoration types: crowns, veneers, inlays, onlays, bridges
Natural, custom fit
- The basis is the natural tooth morphology of each individual patient
- Utilizes the morphological and functional information specific to each individual patient
- Natural occlusal surfaces adapted to their surrounds and for every clinical situation
