Victoria Arduino MYG85 Espresso Coffee Grinder

VICTORIA ARDUINO MYG85 COFFEE GRINDER

The Victoria Arduino Mythos MYG85 is a high-precision, gravimetric espresso grinder engineered for high-volume commercial environments where consistency and waste reduction are critical. As the gravimetric evolution of the industry-leading Mythos range, the MYG85 integrates a sophisticated weighing system to ensure absolute repeatability in every dose. To maintain grind stability, the unit employs a high-efficiency cooling system that counters environmental shifts that typically impact grind consistency. Designed for the professional barista, the MYG85 combines extreme speed with minimal retention, delivering a superior grind profile that is recognised globally for its quality.

FEATURES

Integrated gravimetric weighing system for precise, weight-based dosing and zero waste
High-efficiency dual cooling fans to maintain thermal stability and grind consistency
High-performance 85mm flat titanium burrs for exceptional durability and precision
Rapid grinding speeds of approximately 4-4.5g per second, significantly reducing service times
Low-retention vertical burr design ensuring maximum freshness and minimal product loss
Upgraded intuitive touchscreen with improved sensitivity and access to three programmable dosing settings
Enhanced maintenance access with a simplified two-screw system for the burr set and clump crusher
Optimised chassis allowing multiple units to be placed side-by-side without overheating
Universal portafilter holder compatible with all major commercial brands
Improved hopper design to ensure consistent bean flow without manual intervention

SPECS

Burr Size: 85mm
Burr Type: Titanium Coated Flat Burrs
Hopper Capacity: 1.5kg
Dosing Method: Gravimetric (Grind by Weight)
Power: 700W
Voltage: 220V / 110V
Net Weight: 24.7kg
Dimensions (WxDxH): 203 x 406 x 483mm
Programming: 3 Programmable Dose Settings
Control: Premium Touchscreen Display

Note: Designed for medium to high-volume commercial locations requiring absolute dosing precision.