Rancilio Classe 7

From $10,400

Overview

The Rancilio Classe 7 is a powerful, feature-rich espresso machine built for demanding environments that require consistency, durability, and speed. With its sturdy stainless steel and aluminum body, the Classe 7 is designed to withstand daily commercial use while offering a sleek, modern appearance. It is available in both semi-automatic (S) and volumetric (USB) versions, allowing operators to choose the level of automation that best suits their workflow. The machine’s multi-boiler heat exchange system ensures stable brewing temperatures and strong steam performance even during peak hours.

Packed with thoughtful features, the Classe 7 includes ergonomic soft-touch keypads with programmable dosing, high-capacity steam wands, LED-lit work areas, and optional electric cup warmers. Its user-friendly interface and reliable performance make it a favorite among baristas who need speed and consistency without sacrificing control. Whether you're outfitting a busy café or upgrading from a more basic machine, the Classe 7 offers the right balance of performance, design, and value for high-volume espresso service.

Details

  • Heat Exchange Boiler: Allows for simultaneous brewing and steaming with excellent thermal stability

  • Automation Options: Available in semi-automatic (S) and volumetric (USB) configurations

  • Durable Build: Stainless steel and aluminum body built for heavy-duty use

  • Ergonomic Interface: Soft-touch buttons and intuitive controls for smooth operation

  • Programmable Dosing: Volumetric models allow for consistent shot volumes at the touch of a button

  • Powerful Steam Wands: High-capacity steam for fast milk texturing during busy service

  • LED Work Area Lighting: Illuminates the workspace for improved visibility and precision

  • Optional Cup Warmer: Electric cup warmer keeps drinkware at optimal temperature

  • Modern Aesthetics: Clean, professional design that fits into a variety of café styles

  • Reliable Performance: Engineered for consistency and efficiency in high-volume settings