Ice-O-Matic CIM1446HW/B110PS 1560 lb Elevation Series™ Half Cube Ice Machine w/ Bin - 854 lb Storage, Water Cooled, 208-230v - Image 1
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SKU: 159-CIM1446HWB110PS
Brand: Ice-O-Matic
Model: CIM1446HW/B110PS

Ice-O-Matic CIM1446HW/B110PS 1560 lb Elevation Series™ Half Cube Ice Machine w/ Bin - 854 lb Storage, Water Cooled, 208-230v

The Ice-O-Matic CIM1446HW delivers 1,560 lbs of half-cube ice per day, perfect for high-volume bars and restaurants. Water-cooled, compact, and featuring dual exhaust for efficient operation.

Key Features

  • Produce **1,560 lbs of half-cube ice daily** – perfect for high-volume bars and restaurants, ensuring rapid cooling for drinks and cocktails.
  • Water-cooled system reduces energy costs and extends lifespan, ideal for commercial kitchens with limited space.
  • Dual exhaust (side + top) minimizes venting obstruction, improving efficiency and reducing maintenance needs.
  • 854-lb bin capacity lowers refill frequency, saving time and labor in fast-paced environments.
  • Compact design (31"D x 76.8"H) fits tight spaces while maintaining maximum ice production.
Starting from $10975.00/unit

Volume discounts available

The Ice-O-Matic CIM1446HW/B110PS Elevation Series™ Half Cube Ice Machine with Bin is designed for high-performance ice production in fast-paced commercial kitchens. With a **daily output of 1,560 lbs of half-cube ice**, this water-cooled machine is ideal for bars, fast-casual restaurants, and establishments needing rapid ice production. Its compact footprint and **dual exhaust system** reduce heat obstruction, while the **854-lb bin capacity** ensures minimal refill frequency, optimizing efficiency in tight spaces. Ideal for operations prioritizing speed and reliability, this Ice-O-Matic model replaces the ICE1406HW and is built for durability with **R404A refrigerant** and a **1-phase, 208-230V** power requirement. Whether you need ice for cocktails, beverages, or culinary applications, this machine delivers consistent performance without compromising on space or energy efficiency.