Desia
Desires
are possibilities
THE SOLUTION THAT TAKES YOU
INTO THE FUTURE OF COFFEE SERVICE
Excellent beverages, Italian design and advanced technology: the future is already here with Desia, the machine inspired by Phygital logics that makes operators’ work simpler, faster and more profitable, while offering consumers a pleasant and immediate experience. The version with integrated cappuccinatore brings all the quality of fresh milk to coffee service, serving excellent cappuccinos and other creamy beverages. Desia is available in two configurations, S and M, designed to adapt flexibly to any type of environment, from more intimate settings to those with higher foot traffic. A versatile solution that combines high performance with a design tailored to every space
FEATURES
YOUR COFFEE REVOLUTION:
WHEN EVERYTHING BECOMES EASY
Configurazione completa della macchina tramite schermo touch direttamente on board con possibilità di personalizzare grafica e opzioni di selezione.
Easy daily cleaning with easy-to-remove components
8” touchscreen interface (DESIA S) or 10” (DESIA M), intuitive and engaging, with customizable beverage selections.
Competitive price for more affordable Made in Italy quality
Technical information
- Product layout featuring a transparent bean hopper with a capacity of 1.3 or 2.3 kg, along with 2 to 3 canisters for instant products.
- 8” touchscreen interface (DESIA S) or 10” (DESIA M).
- Interactive RGB LED lighting.
- Spacious open dispensing area with a retractable cup stand.
- Smart management and connectivity: alarm information and cleaning cycles are directly available via the on-board interface; remote monitoring can be enabled for proactive control.
- With BI-PAYPRO, Bianchi’s dedicated device for managing payment systems via Exe/MDB/Price Holding/Parallel protocols and for data extraction in EVA-DTS format, DESIA is compatible with all standard protocol payment systems.
- Each DESIA version is also available with an integrated cappuccinatore system for fresh milk management.
Informative material