Hoshizaki DSM-13DE Shuttle Ice Dispenser (13kg/24hr)

Product No: DSM-13DE

Product Description

The Hoshizaki DSM-13DE is a self-contained countertop unit that produces, stores and dispenses shuttle ice within a single enclosed cabinet. Shuttle ice — Hoshizaki's distinctive cylindrical cube format — is generated internally and delivered at the press of a button, with no manual handling required between production and service point. That closed-loop design is the defining characteristic of this model and the primary reason it finds favour in environments where hygiene control is a priority.

In day-to-day service, the unit handles steady, light-to-moderate demand across a typical operational period without any staff involvement at the point of dispensing. Because ice moves directly from production into a sealed storage section and out through the dispense mechanism, there is no open transfer stage where contamination could be introduced. This makes it a practical and reliable choice in healthcare wards, care homes, hotel beverage stations and staff refreshment areas — settings where consistent, hands-free ice service matters as much as output volume.

From an operational standpoint, the integrated design offers several clear day-to-day advantages:

  • Fully enclosed production and storage reduces contamination risk throughout the process
  • Single-button dispensing supports consistent, hands-free self-service
  • Compact countertop footprint suits installations where space is limited
  • Shuttle ice melts slowly, keeping drinks cold without rapid dilution
  • All-in-one design removes the need for a separate storage bin or transfer step

Installation requires a mains cold water connection and a suitable drainage arrangement. The unit should be positioned with adequate ambient ventilation and kept away from direct heat sources such as ovens or direct sunlight, both of which reduce production efficiency. At 13kg daily output, the DSM-13DE is well suited to a single beverage station or a small ward setting. It is not intended for high-volume bar or busy restaurant service where ice demand across a full shift would exceed its capacity — operators anticipating heavier throughput should consider a higher-capacity model within the range.

This dispenser is best suited to healthcare and care environments, hotel beverage points, office and staff dining facilities, and smaller hospitality operations where hygienic, low-intervention ice service takes priority over high output volume. It is less appropriate where sustained large-volume demand is expected throughout a busy service period.

If you are weighing up whether the DSM-13DE is the right fit for your site — or whether a different capacity would serve your operation better — our team is glad to talk it through with you.

Key Features

  • Fully enclosed shuttle ice production, storage and dispensing in one unit
  • Single-button hands-free dispense mechanism for self-service environments
  • Produces Hoshizaki's slow-melting cylindrical shuttle ice format
  • Compact countertop design with integrated cold water connection requirement
  • 13kg per 24-hour output capacity for light-to-moderate daily ice demand

Operational Benefits

  • Eliminates open ice transfer points, reducing contamination risk significantly
  • Hands-free dispensing reduces staff involvement and speeds up self-service
  • Slow-melting ice format keeps drinks colder for longer without over-diluting
  • Compact all-in-one footprint simplifies installation in space-limited locations
  • Enclosed system supports food safety compliance in regulated environments

Specifications

Capacity (kg)
13
External depth (mm)
527
External height (mm)
695
External width (mm)
180
Power rating (kw)
0.3
Power type
13amp Plug
Refrigerant
R134a
Weight (kg)
26

Downloads


DSM12DE Spec Sheet

Frequently Asked Questions

Regular price £1,549.00 exc. VAT £1,858.80 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