• INCREDIBLE VARIETY: Cooking blender to prepare a wide range of hot, cold, solid and liquid recipes.
• 10 AUTOMATIC PROGRAMS: 4 cold (smoothie, milkshake, dessert, ice crush) and 6 hot (compote, smooth soup, chunky soup, stir, multigrain milk, hot sauce)—all just two clicks away.
• POWERFUL: A high-speed heating blender with a 1400 W motor and exclusive Powelix blades for incredible performance that is up to 30% faster (compared to Moulinex's LM2B/LM2C blender).
• EASY TO CLEAN: Removable blades make and a deep-clean function that kills up to 99.99% of bacteria* with no dishwashing liquid needed (*Test performed by an independent laboratory).
• 15-YEAR REPAIRABILITY: Low-cost, fast delivery from 6200 repair centers worldwide, as part of our commitment to help protect the environment and cut down on waste.
• PREMIUM DESIGN: A high-quality glass jar, genuine metal finishings and a sleek touchscreen panel for intuitive use.
• DURABLE USE: Integrated air cooling system for optimum motor durability over time.
• WHAT'S IN THE BOX: Moulinex Perfectmix Cook High-Speed Heating Blender, Cleaning brush, Measuring cup.

An incredible variety of hot and cold recipes at your fingertips—for tasty and healthy meals with ease. Discover an incredible variety of possibilities with Perfectmix Cook by Moulinex: Blend cold recipes like smoothies, shakes and desserts; heat and blend compotes and creamy soups; or heat noodle soups and chunky stews all with a couple of clicks via the intuitive touchscreen. With high-performance power and convenient automatic programs, this high-speed heating blender promises a wide array of hot and cold recipes alike.

Product technical specifications

• Power: 1400 W
• Blades Technology: Powelix blades = 30% faster
• Jar total capacity: 2 L
• Jar material: Glass
• Heating function: Yes
• Removable blades: Yes
• Number of blades: 6
• Additional accessories: brush, dosing cup
• Colours: METAL
• Dosing cup: Yes
• Programs: 10
• Jar useful capacity: 1.75 L
• Ice crush function: Yes
• Speed settings: 6 + Pulse