Hoshizaki DIM-40DE-HC Cube Ice Dispenser (43kg/24hr)

Product No: DIM-40DE-HC

Product Description

The Hoshizaki DIM-40DE-HC is a self-contained cube ice dispenser that combines ice production, storage, and dispensing within a single upright unit. There is no separate ice machine, no exposed storage bin, and no requirement for staff to handle ice manually — the unit produces ice continuously, holds it internally, and releases it only at the point of dispensing.

In continuous-service environments, the unit handles steady demand reliably across long operating periods. Because users interact only with the dispense mechanism and never with stored ice, it is particularly well suited to settings where members of the public, patients, or guests may be serving themselves unsupervised throughout the day. Hoshizaki's cube ice format is well regarded in the trade for being slow-melting and consistent in size, which helps maintain drink quality and reduces dilution at the point of service.

From a day-to-day operational standpoint, the unit offers several practical advantages:

  • Fully enclosed ice path eliminates air and light exposure, reducing contamination risk during storage
  • Touch-free or lever-operated dispensing removes staff from the ice-handling process entirely
  • Portion control settings allow consistent serving sizes, helping to reduce waste over high-traffic periods
  • Compact upright footprint suits serveries, corridor drink stations, ward beverage points, and canteen lines
  • Slow-melting cube format helps maintain drink quality and reduces over-pouring to compensate for melt

Installation requires a mains cold water feed, a suitable drain connection, and an appropriate electrical supply. The unit generates heat during the refrigeration cycle, so adequate ventilation clearance around the casing is important — anyone planning to fit this into a furniture run or enclosed alcove should confirm clearance requirements before committing to a layout. Access for routine servicing and filter changes should be factored into the installation design from the outset.

At 43kg per 24 hours, this model is a practical match for hotels, care homes, hospital wards, staff canteens, and similar settings where moderate, steady ice demand continues throughout the day. It is not designed for high-volume bar service or multi-station setups drawing heavily during short service windows — for those environments, a higher-output model would be a better fit. For very low-demand locations, a smaller unit may offer better running economy.

If you would like to talk through whether this output level suits your site, or have questions about installation requirements, our team is happy to work through it with you before you commit to an order.

Key Features

  • Self-contained unit combining ice production, storage, and dispensing in one
  • Produces up to 43kg of slow-melting cube ice per 24-hour cycle
  • Fully enclosed ice path from production through to point of dispensing
  • Touch-free or lever-operated dispense mechanism for unsupervised service points
  • Portion control settings allow consistent ice volumes per dispense cycle

Operational Benefits

  • Eliminates manual ice handling, reducing contamination risk throughout service
  • Consistent cube size maintains drink quality and slows dilution at service
  • Supports unsupervised self-service safely in public or patient-facing settings
  • Compact footprint integrates into serveries and corridor drink stations easily
  • Steady 24-hour output matches continuous demand without requiring manual restocking

Specifications

External height (mm)
1590
External width (mm)
350
Internal depth (mm)
526
Material
Plastic (Delivery Stage, Louver) Coloured Steel (Top, Side, Front) Galvanized Steel (Rear
Power rating (kw)
0.28
Power type
13amp Plug
Refrigerant
R290
Weight (kg)
59

Frequently Asked Questions

Regular price £3,224.00 exc. VAT £3,868.80 inc. VAT
Stock due by (approx)
  • Equipment may be supplied with a moulded plug but may be more suitably connected to a fused spur
  • In the event of equipment failure an engineer will be sent for an onsite repair
  • In the event of equipment failure any parts needed will be provided