Victoria Arduino Eagle One Espresso Machine

Victoria Arduino Eagle One Espresso Machine:

Eagle One: The Future of Specialty Coffee:
Eagle One is born in response to the new generation of coffee shops where DESIGN, PERFORMANCE, and SUSTAINABILITY are determining factors to create a pleasant and memorable experience.

New Engine Optimization: Fewer emissions, less environmental impact:
The Eagle One was developed to reduce our environmental impact by embracing new technology. Carbon emissions from power consumption are minimised through the use of new materials and the unique design of the machine. This can save you money on your power costs, especially when compared to other machines.

• A completely new engine: The NEO engine uses an instant heating system with a unique insulation mechanism, that reduces not only the heat dispersion but also energy consumption. It works almost instantly, allowing only the necessary amount of water for the extraction to be heated, thus reducing energy-related costs. Productivity and performance remain high, but consumption is considerably reduced. The LCA* (Life Cycle Assessment) demonstrated how the Eagle One had a 23% less environmental impact concerning the same category machine.
• The patented technology: TERS (Temperature Energy Recovery System) uses the discharged water to pre-heat the incoming water. The result is a 8% saving on total machine consumption.

Design is Simplicity:
For the shape of the Eagle One, Victoria Arduino was inspired not only by its impressive history, but also concentrating on the needs of the new era coffee shops that require compact, efficient, and sustainable machines.

That’s how design and innovation fuse: having a substantial impact inside the machine in correspondence with its new form. The result is an extremely compact object, simple to use, minimal design, with a new engine able to guarantee high performance and energy efficiency.

Eagle One is the reflection of teamwork, a project made by Coffe and Design professionals such as James Hoffman and the Arch. Carlo Viglino, together with the Simonelli Group R&D team.

Technical Sheet: