The ED-N3.F1.31 universal strawberry is a precision tool specifically designed for milling applications in the CFAO (design and manufacturing assisted by computer). This instrument is particularly suitable for use with VHF systems, guaranteeing optimal compatibility and increased performance when machining various dental materials.

Technical characteristics

• manufacturing material : designed from high quality steel, the ED-N3.F1.31 strawberry offers exceptional sustainability and wear resistance, which extends its lifespan and reduces maintenance costs.
• blade geometry : the blade design is optimized for effective milling, allowing a precise and clear cut. This results in a higher surface finish, essential for dental applications where precision is essential.
• Dimensions : with carefully calibrated dimensions, this strawberry allows easy access to difficult to access areas, while maintaining stability during machining.

Advantages

• Compatibility : The ED-N3.F1.31 strawberry is perfectly compatible with VHF systems, which facilitates its integration into existing workflows. This compatibility ensures fluid transition and flawless use, thus minimizing downtime.
• Optimal performance : thanks to its advanced design, this tool allows you to reach high cutting speeds while maintaining an exceptional quality of finish. This results in increased productivity and a reduction in cycle times.
• Ease of use : Strawberry is designed to be easily manipulable, which allows dentistry professionals to use it without difficulty, even in demanding work environments.

Applications

The ED-N3.F1.31 universal strawberry is ideal for a variety of dental applications, including the milling of crowns, bridges and other dental restorations. Its versatility makes it a privileged choice for dental laboratories and clinics that are looking for reliable and efficient tools.

In conclusion, the ED-N3.F1.31 universal strawberry is a judicious choice for dentistry professionals wishing to combine performance, sustainability and precision. Its integration with VHF systems makes it an essential tool to optimize milling processes in the dental field.