Hoshizaki IM100PE

Hoshizaki IM-100PE Integral Ice Machine: The Pinnacle of Ice Production Excellence

High-Capacity Ice Production:

The Hoshizaki IM-100PE is a powerhouse, engineered to produce an impressive 105kg of large ice cubes (28 x 28 x 32mm) per day. This feature makes it an essential asset for high-volume environments such as large restaurants, hotels, and event venues.

Generous Storage Capability:

With a 50kg storage bin capacity, the IM-100PE ensures that you always have a substantial ice reserve on hand, reducing the frequency of production cycles and guaranteeing a constant supply during peak business hours.

Ergonomic and Spacious Design:

Measuring 704 x 506 x 1200mm, and adjustable leg height adding 70-110mm, this model is designed to fit into various spaces while providing easy access and efficient use of vertical space.

Energy Efficiency:

Operating with a 1/220 - 240V/50Hz electrical connection, the IM-100PE maximises energy efficiency, crucial for managing operational costs in energy-intensive industries.

Eco-Friendly Operation:

Utilising R290 refrigerant, the IM-100PE aligns with modern environmental standards, offering an eco-friendly ice production solution that does not compromise on performance.

Sturdy and Durable:

With a net weight of 76kg and a gross weight of 84kg, this ice machine is built to withstand the rigours of heavy usage, ensuring durability and reliability.

Advanced Technological Features of the Hoshizaki IM-100PE

Seamless Ice Production:

Each production cycle efficiently produces 0.94kg or approximately 42 large ice cubes, providing consistency in both cube size and shape, essential for quality beverage service.

Optimal Refrigeration Technology:

The advanced R290 refrigerant system not only enhances cooling efficiency but also reduces environmental impact, making the IM-100PE a wise choice for sustainable operations.

Easy Installation and Maintenance:

This machine is designed for straightforward installation and minimal maintenance, ensuring that your operations remain uninterrupted and efficient.