The ED-N3.R2D.09 universal strawberry is a precision tool specifically designed for CFAO applications (computer-assisted design and manufacturing) in the field of dental machining. Its compatibility with VHF systems makes it a privileged choice for professionals looking for optimal performance and increased reliability.

Technical characteristics

• manufacturing material : designed in high quality steel, the ED-N3.R2D.09 strawberry ensures exceptional durability and wear resistance, thus guaranteeing increased longevity even in intensive conditions of use.
• Optimized geometry : The design of the strawberry allows a precise and effective cut, reducing the machining time while improving the quality of the finishes. Its specific form promotes an optimal evacuation of debris, thus minimizing the risks of overheating.
• compatibility : By being compatible with VHF systems, this strawberry is easily integrated into existing work environments, allowing a fluid and without interruption transition in the manufacturing process.

Advantages

• Precision and efficiency : thanks to its advanced design, the ED-N3.R2D.09 strawberry offers unrivaled precision, essential for the creation of dental prostheses and other medical devices. Users can expect high quality results, reducing the need for touch -ups.
• Ease of use : Strawberry is designed to be easily manipulated, which allows dental technicians to work with ease and maximize their productivity. Its intuitive use contributes to a reduction in human errors.
• Time economy : by optimizing the machining process, this strawberry allows you to save significant time, which is crucial in an environment where delivery times are often tight.

Conclusion

The ED-N3.R2D.09 universal strawberry is a strategic choice for dental machining professionals. Its compatibility with VHF systems, combined with its advanced technical characteristics, makes it an essential tool to guarantee high quality results while optimizing manufacturing processes. Investing in this strawberry is choosing excellence and performance in the field of CFAO.