EDIDENTA | CAD/CAM Universal strawberry - ED -N2.R2.09
The ED-N2.R2.09 universal strawberry is a precision tool designed specifically for CFAO applications (computer-assisted design and manufacturing) in the dental field. Its compatibility with the Sirona Inlab MC X5 system makes it a privileged choice for professionals seeking optimal performance and increased reliability in their machining work.
Technical characteristics
The ED-N2.R2.09 strawberry is distinguished by its innovative design, allowing effective machining of various dental materials, including ceramics, composite and metal. Its cutting geometry is optimized to reduce vibrations and improve the surface quality of restorations, thus guaranteeing aesthetic and functional results.
Advantages of use
Precision and reliability : thanks to its high quality manufacture, this strawberry ensures exceptional dimensional precision, essential for custom dental restorations.
sustainability : designed to withstand wear, the ED-N2.R2.09 strawberry offers increased longevity, thus reducing the costs related to the frequent replacement of tools.
- versatility : its ability to work with different materials allows practitioners to easily adapt to the various needs of their patients, while maintaining high quality of work.
- Ease of use : Compatible with the Sirona Inlab MC X5, this strawberry is easily integrated into existing workflows, allowing a fluid and effective transition for users.
Applications
ED-N2.R2.09 is ideal for the manufacture of crowns, bridges, and other dental restorations, offering a complete solution for modern dental laboratories. Its ergonomic design and higher performance make it an essential tool for professionals wishing to optimize their manufacturing process.
Conclusion
By choosing the ED-N2.09 universal strawberry from Eddenta, practitioners benefit from a high performance tool that meets the rigorous requirements of dental machining. Its compatibility with the Sirona Inlab MC X5, combined with its advanced technical characteristics, makes it a wise choice for those who seek to combine efficiency, precision and durability in their CFAO work.
