The ED-N1.G.06 universal strawberry is a precision tool designed specifically for CFAO applications (computer-assisted design and manufacturing) in the field of dental machining. Its innovative design and advanced technical characteristics make it a privileged choice for professionals in the sector.

Technical characteristics

manufacturing material : designed in high quality steel, the ED-N1.G.06 strawberry ensures exceptional durability and wear resistance, thus guaranteeing increased longevity even in intensive conditions of use.
• Optimized geometry : Strawberry geometry is specifically suitable to provide optimal cutting performance, allowing precise and effective machining of dental materials, including ceramics and composites.
• compatibility : This strawberry is compatible with the Amann Girrbach milling systems, making it an ideal choice for dental laboratories equipped with this technology. This compatibility ensures fluid integration into existing manufacturing processes.

Advantages

• Precision and finesse : thanks to its technical design, the ED-N1.G.06 strawberry makes it possible to obtain remarkable precision results, essential for the manufacture of dental prostheses and other medical devices.
• Cup efficiency : Strawberry is designed to reduce the machining time while maintaining a higher finish quality, which optimizes the productivity of dental laboratories.
• Ease of use : its ergonomic design and its compatibility with CFAO systems facilitate its use, allowing dental technicians to focus on the quality of their work without worrying about the tools.

Applications

The universal strawberry ed-n1.g.06 is ideal for a variety of applications in the dental field, in particular:

• Machining of crowns and bridges
• Manufacture of dental prostheses
• Creation of models and orthodontic devices

By choosing the EDDENTA ED-N1.G.06 strawberry, professionals in the dental sector benefit from a high performance tool that combines precision, sustainability and efficiency, while being perfectly adapted to the requirements of modern CFAO systems.