What Makes Flake Ice Different
Compared with larger cubes, flakes present far more surface area for the same mass, so heat leaves the sample faster and the contact stays even as the ice melts. The flakes are soft and moldable, which is why they suit delicate samples and fresh food as well as general ice baths.
The Flake Ice Maker LE-FI105 is a laboratory flake ice maker with a listed 70 kg per 24 h of ice production, a 25 kg built-in storage bin, an air-cooling system and a fully automatic controller.
How a Flake Ice Machine Forms Ice
An ice flake machine, sometimes sold as an ice flaker ice machine, follows the sequence below. The notes also point out the listed features of the LE-FI105 where the product page names them.
- 1
Feed water
Water enters through the inlet pipe, which is a listed standard accessory.
- 2
Chill the surface
A refrigeration circuit cools the evaporator surface. The listing names R134a refrigerant and an air-cooling system.
- 3
Freeze a thin film
Water spreads across the cold surface and freezes in a thin layer.
- 4
Scrape off flakes
A rotating blade removes the frozen layer as small flakes.
- 5
Store
Flakes fall into the built-in bin, which holds 25 kg according to the listing.
- 6
Regulate
The automatic controller manages production and pauses it when the bin is full.
The page does not describe the evaporator type or the exact control logic, so the sequence above describes the general principle of a flake ice making machine rather than the internal design of this model. Excess meltwater leaves through the drainage pipe, another listed accessory.
Practical Use Cases Across Settings
Flake ice uses depend on how closely the ice must contact the item and how cold the item must stay. The product page lists laboratory cooling, experimental setups, food handling, home use and small-scale applications, and the cards below describe typical workflows.
Laboratory sample cooling
Reagents, enzymes and extracts are kept cold at the bench, and a slurry of flakes and water gives faster, more even cooling than ice alone.
Specimen transport
Specimens that are specified for wet ice are packed with flakes for short transfers. Products that must not freeze, such as most vaccines, use validated packs instead.
Seafood and food handling
Soft ice keeps fresh product near 0 °C without bruising. Processors work at far greater volumes than this unit supplies.
Experimental setups
Ice baths for reactions and extractions, where steady contact keeps the temperature close to freezing.
The title of this guide lists seafood processing and medical cold chain, but the product page names neither. Those fields are covered here as typical uses of flake ice in general, with the capacity of this unit set out in the sections that follow.
Flake Ice Compared with Other Ice Forms
Ice form shapes contact, melt rate and handling. The comparison below describes typical behavior rather than one model.
| Ice form | Contact with items | Typical fit | Consideration |
|---|---|---|---|
| Flake | Close, with large surface area | Fast cooling of samples and fresh food | Melts quickly, so supply must be continuous |
| Cube | Point contact between cubes | Drinks and general cooling | Slower, uneven cooling around irregular items |
| Block or large pieces | Limited contact | Long hold times in insulated boxes | Slow to cool a warm load |
Both flake and cube machines belong to the ice maker category, and the item being cooled usually decides the form before output is considered.
Matching Output to Demand: A Worked Example
Daily output is an average rate, while demand arrives in bursts, so storage matters as much as capacity. The numbers below are illustrative, based on the listed 70 kg per 24 h and 25 kg bin.
| Step | Illustrative value |
|---|---|
| Average production rate | 70 kg / 24 h = about 2.9 kg per hour |
| Bin full at 9:00 | 25 kg available |
| First draw at 9:00 | 15 kg removed, 10 kg left |
| Production until 13:00 | 4 h x 2.9 kg = about 11.6 kg |
| Available at 13:00 | about 21.6 kg, so a second 15 kg draw is met |
A demand of 25 kg per two-hour period would not be met, because production adds only about 5.8 kg in that time. Real output also varies with water temperature, room temperature and air flow around an air-cooled unit, and the listing gives no test conditions for the 70 kg figure.
Laboratory Scale and Industrial Scale
A laboratory ice maker and an industrial flake ice maker share a principle but not a purpose. The LE-FI105 weighs 57 kg and stands under 900 mm tall, which suits a lab or a small clinic. Industrial machines are typically rated in hundreds to thousands of kilograms per day, with separate storage and handling for fish landings or processing lines.
That gap matters for seafood especially. A processing plant sizes ice to throughput and holding time, and a unit at this scale would serve a small kitchen or a research sample room rather than a plant. When demand approaches the capacity figure, a larger model or several units are the usual route. Food use also brings hygiene requirements for water quality and sanitary design that go beyond a laboratory setting.
Handling and Hygiene
Ice that touches samples or food should be handled like any other contact material. The points below are general practice, and the manual takes priority.
- Use potable water and keep the inlet line clean, since ice carries whatever the water carries.
- Use the supplied ice spoon or a clean scoop rather than hands or glassware.
- Do not store specimens, bottles or food inside the ice bin.
- Drain and clean the bin on a regular schedule to limit biofilm.
- Leave clearance around an air-cooled unit so heat can leave freely.
- Keep ice for food and ice for laboratory use apart, with separate scoops.
Specifications Worth Reading Closely
A datasheet for a flake ice maker machine is short, so each line matters. The figures below come from the LE-FI105 listing, which is also summarized in its product catalog.
| Parameter | LE-FI105 listing | Why it matters |
|---|---|---|
| Ice production | 70 kg per 24 h | An average rate, not a peak output |
| Ice storage | 25 kg bin | Sets how much can be drawn at once |
| Cooling | Air-cooled, R134a refrigerant | Needs room airflow and ambient limits |
| Control | Fully automatic controller, digital display | Supports unattended production and basic monitoring |
| Housing | Stainless steel 304 exterior, slide-away access door | Cleanable surface and access to the bin |
| Water consumption | Listed as up to 2.9, with no unit | Needs confirming to plan plumbing and drainage |
| Power | 420 W | Low draw, with voltage not stated on the page |
| Size and weight | 548 x 611 x 883 mm, 57 kg net | Bench or floor placement |
| Standard accessories | Inlet pipe, drainage pipe, ice spoon | Basic connections come with the unit |
The listing mentions no operating ambient range, so allowable room temperature and ventilation clearances should be confirmed with the supplier.
Selection Mistakes to Avoid
- Reading daily output as peak output. Bursts of demand draw on the bin, not on the 24-hour figure.
- Choosing by capacity alone. Storage size decides how much can be taken at once.
- Applying lab-scale units to processing-scale tasks such as seafood plants.
- Using ice for products that must not freeze, which includes most vaccines.
- Overlooking plumbing. Both an inlet and a drain are needed, and the water figure on the page has no unit.
- Ignoring ventilation around an air-cooled machine.
- Forgetting hygiene. Water quality and cleaning routines decide whether the ice is suitable for food or sensitive samples.
Exploring the Wider Ice Range
This machine belongs to the flake group at Lab Expo, which sits beside cube ice makers in a wider ice portfolio. According to the flake ice maker range page, these units are fully automatic, computer-controlled and compact, with built-in storage bins that keep ice available, and they are positioned for food service, laboratories, healthcare and home use.
Within this category, options are usually weighed on ice form, daily output, bin size, cooling method, control type and footprint. The complete Ice Maker category lists the configurations available.