prosumer
nuova simonelli oscar ii
compact heat exchanger built for light commercial work
the oscar II is a single-group heat exchanger with a 2-liter copper boiler, timed dosing, and a four-hole steam wand that can texture milk in about 15 seconds. it runs on 120 volts, fits a small footprint, and works with a 3-liter reservoir or direct plumb. brew temperatures hold between 197°F and 204°F in real use. it handles around 200 drinks a day, making it a practical pick for light commercial settings or serious home use without the price of a dual boiler.
what it does well
- runs on 120 volts with a small footprint, making it easy to place anywhere
- reservoir or direct-plumb flexibility suits both home and light commercial setups
- four-hole steam wand textures milk in roughly 15 seconds with strong output
- brew and steam simultaneously without switching modes
where it stops short
- brew temperature is less precise than a dual boiler, shifting with workload
- timed dosing is less repeatable than volumetric or gravimetric control
- single boiler limits throughput during high-demand back-to-back service
specs
- pump
- vibratory
- boiler
- heat-exchanger
- heating
- boiler
- best for
- prosumer
- pressure profiling
- false
frequently asked questions
what is the Nuova Simonelli Oscar II?
the Nuova Simonelli Oscar II is a prosumer espresso machine. compact heat exchanger built for light commercial work
how much does the Nuova Simonelli Oscar II cost?
the Nuova Simonelli Oscar II costs $1,295.
what is the Nuova Simonelli Oscar II best for?
the Nuova Simonelli Oscar II is best for prosumer coffee.
what are the pros and cons of the Nuova Simonelli Oscar II?
strengths: runs on 120 volts with a small footprint, making it easy to place anywhere, reservoir or direct-plumb flexibility suits both home and light commercial setups, four-hole steam wand textures milk in roughly 15 seconds with strong output, brew and steam simultaneously without switching modes. trade-offs: brew temperature is less precise than a dual boiler, shifting with workload, timed dosing is less repeatable than volumetric or gravimetric control, single boiler limits throughput during high-demand back-to-back service.