- Barcode
- MX1100XTXEE
- Brand
- Waring Commercial
- Nett Weight (kg)
- 6.6
- Gross Weight (kg)
- 7.6
- Dimension (WxDxH)
- 21.6 x 21 x 45.7 cm
- Voltage
- 120V
- Frequency
- 60Hz
- Amperage
- 12.5A
- Warranty
- 1-year warranty covering manufacturing defects on parts only.
- Electric Power
- 1560W
- Capacity
- 64oz
- Box Dimensions
- 26 x 28.2 x 39 cm
- Origin
- USA
Experience premium blending performance with the Waring MX1100XTXEE Xtreme Hi-Power Commercial Blender — equipped with an easy-to-clean electronic membrane keypad and a powerful 3.5 HP motor that reaches up to 30,000 RPM on high and 45,000 RPM on pulse. Ideal for high-volume cafés, smoothie bars, and foodservice operations, this blender delivers consistently smooth results for smoothies, soups, sauces, and frozen beverages.
The MX1100XTXEE features the iconic Raptor® 64 oz BPA-free copolyester container with an ultra-aggressive blade-and-jar design that pushes ingredients into the blades for superior consistency. A 30-second timer adds a layer of automation, helping operators achieve identical results for every blend cycle.
Built with a user-replaceable metal coupling, a one-piece removable jar pad, and a dishwasher-safe container, the MX1100XTXEE is engineered for long-term commercial performance and easy daily maintenance.
- Heavy-duty 3.5 HP motor — up to 30,000 RPM continuous / 45,000 RPM pulse
- Electronic membrane keypad with high, low, pulse, and a 30-second timer
- Raptor® 64 oz BPA-free, dishwasher-safe copolyester container
- Ultra-aggressive blade and jar design for superior consistency
- User-replaceable stainless-steel coupling
- One-piece removable jar pad for easy cleaning
- Designed for 75+ drinks per day
- Compatible with large sound enclosure (sold separately)
Smoothie bars, hotel kitchens, juice counters, cafés, and any high-volume foodservice environment.
The electronic keypad with a built-in timer ensures every blend cycle runs for the same duration, removing variability and delivering perfectly consistent results. Suitable for kitchens that prioritise precision and output without the need for complex programming.