The EDENTA universal strawberry, ED-N1.R4B.10 model, is a precision tool designed specifically for computer-proof manufacturing systems (CFAO), offering optimal compatibility with Amann Girrbach factory, including Mikro IC and Motion 2 models. This tool is ideal for dental sector and high-precision machining, guaranteeing quality results superior.

Technical characteristics

machinable materials
The strawberry is particularly suitable for titanium machining, a material recognized for its robustness and lightness. Thanks to its advanced design, this strawberry makes it possible to obtain impeccable finishes while preserving the integrity of the material, which is essential in dental and medical applications.

Fraise form
The strawberry presents a type 4 configuration, with a round shape, identified by Figure 76 06 16. This geometry is designed to optimize the removal of material while minimizing vibrations, which contributes to prolonging the lifespan of the tool and improving the precision of the machining.

Advantages

• Precision and finesse
  The design of the EDIDENTA strawberry allows high precision machining, essential for applications where meticulousness is essential. Users can expect constant and reliable results, even during complex work.

• sustainability
  Made with high quality materials, this strawberry is designed to withstand wear, thus guaranteeing increased longevity. This results in a reduction in operating costs and improved efficiency in production processes.

• compatibility
  Compatibility with Amann Girrbach systems ensures fluid integration in existing workflows, allowing professionals to maximize their productivity without requiring complex adaptations.

Conclusion

By choosing the EDDENTA ED-N1.R4B.10 universal strawberry, users benefit from a cutting-edge machining tool, perfectly suited to the requirements of modern materials such as titanium. Its innovative design and compatibility with high performance machines make it an essential choice for professionals seeking to combine efficiency and precision in their machining work.