Description
Self-Contained Refrigeration
Ultra-High-Capacity Water-Cooled Flake Ice Machine for Industrial & Commercial Use
The Ice-O-Matic MFI2306W is a high-capacity, self-contained flake ice maker engineered for demanding commercial and industrial environments that require maximum daily ice output. Producing up to 2,600 lbs (1,179 kg) of flake ice per 24 hours, this water-cooled unit delivers exceptional performance in facilities where ambient air conditions make air-cooled or remote systems less practical.
With self-contained refrigeration and a durable stainless steel finish, the MFI2306W provides powerful, reliable flake ice production in a single integrated unit—ideal for nonstop operations.
This is a complete, self-contained ice machine. No remote condenser is required.
Key Features & Benefits
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Ultra-high flake ice production of up to 2,600 lbs per day
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Flake-style ice ideal for seafood, food processing, produce cooling, and medical use
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Water-cooled design for consistent performance in high-heat environments
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Self-contained refrigeration simplifies installation and system design
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Stainless steel construction for durability, corrosion resistance, and easy cleaning
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Designed for continuous, heavy-duty industrial and commercial operation
Product Specifications
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Manufacturer: Ice-O-Matic
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Model: MFI2306W
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Ice Type: Flake ice
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Production Capacity: Approximately 2,600 lbs per 24 hours
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Cooling Type: Water-cooled
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Refrigeration: Self-contained
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Construction: Stainless steel finish
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Installation Type: Self-contained
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Certifications: cULus, NSF
Ideal For
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Food processing facilities
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Seafood markets and fish processing
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Hospitals and healthcare facilities
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Supermarkets and food distribution centers
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Large commercial kitchens
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Industrial and institutional operations
Why Choose the Ice-O-Matic MFI2306W?
Ice-O-Matic is a trusted leader in high-capacity commercial ice equipment. The MFI2306W flake ice maker delivers one of the highest production rates in its class, combining water-cooled efficiency with self-contained convenience—making it an excellent choice for operations that demand maximum output with minimal system complexity.