Flake Ice Maker 20kg 30kg
Benchtop flake ice maker producing 20kg/day of small-particle irregular snow ice with 10kg storage capacity for laboratory temperature control applications.
| Automation Level | semi-automated |
| Ice Making Capacity | 20kg/24h |
| Max. Ice Storage Capacity | 10kg |
| Water Consumption | ≤1.2L/h |
| Ice Shape | Small particle of irregular snow ice |
| Way of Condensation | Air cooling |
This benchtop flake ice maker produces 20kg of small-particle irregular snow ice per 24-hour cycle, designed for laboratory applications requiring consistent ice supply. The system employs air-cooled condensation with R290 refrigerant, operating efficiently in ambient temperatures from 10-35°C while maintaining a 10kg storage capacity.
The unit generates fine, irregular snow-like ice particles through controlled crystallization, providing maximum surface area contact for temperature-sensitive applications. Standard configuration includes water inlet and drainage connections, with optional filtration for enhanced water quality control.
How It Works
The system operates through controlled crystallization using an air-cooled condensation cycle with R290 refrigerant. Water enters through the inlet system and contacts the evaporator surface, where rapid freezing creates small, irregular ice particles. The scraping mechanism continuously removes formed ice, preventing large crystal formation and maintaining the characteristic flake structure.
Air cooling dissipates heat generated during the refrigeration cycle, allowing continuous operation within the specified ambient temperature range. The irregular particle geometry maximizes surface area while providing moldable properties ideal for conforming to containers and samples of various shapes.
Features & Benefits
Automation Level
- semi-automated
Ice Making Capacity
- 20kg/24h
Max. Ice Storage Capacity
- 10kg
Water Consumption
- ≤1.2L/h
Ice Shape
- Small particle of irregular snow ice
Way of Condensation
- Air cooling
Ambient Temperature
- 10~35℃
Water Temperature
- 2~15℃
Refrigerant
- R290
Standard Accessory
- Water inlet pipe*1, drainage pipe*1, ice spoon*1
Optional Accessory
- Filter
Consumption
- 300W
External Size(W*D*H)
- 330*480*605mm
Package Size(W*D*H)
- 380*570*650mm
Brand
- ConductScience
Research Domain
- Analytical Chemistry
- Cell Biology
- Clinical Diagnostics
- Food Science
- Microbiology
- Pharmaceutical QC
Power/Voltage
- AC220V, 50/60Hz(Standard); 110V, 50/60Hz(Optional, external transformer)
Weight
- 26.0 kg
Dimensions
- L: 60.5 mm
- W: 33.0 mm
- H: 48.0 mm
Comparison Guide
| Feature | This Product | Typical Alternative | Advantage |
|---|---|---|---|
| Daily Ice Production | 20kg per 24-hour cycle | Entry-level units often produce 10-15kg daily | Higher capacity reduces downtime and ensures adequate ice supply during peak laboratory operations. |
| Storage Capacity | 10kg integrated storage | Smaller units typically store 3-6kg | Larger reservoir provides ice availability during continuous production cycles and reduces harvesting frequency. |
| Ice Type | Small particle irregular snow ice | Standard units often produce cube or nugget ice | Irregular particles maximize surface contact and conform to sample containers for efficient heat transfer. |
| Cooling Method | Air-cooled condensation system | Some models require water cooling connections | Self-contained operation eliminates additional plumbing requirements and reduces installation complexity. |
| Power Consumption | 300W operational power | Similar capacity units vary from 250-400W | Efficient operation suitable for standard laboratory electrical circuits without dedicated power requirements. |
| Footprint Efficiency | 330×480×605mm compact design | Comparable capacity units often require larger bench space | Space-efficient design maximizes ice production relative to laboratory footprint occupied. |
This unit combines substantial 20kg daily ice production with compact benchtop dimensions and efficient 300W operation. The irregular snow ice format and air-cooled system provide practical advantages for laboratory temperature control applications without complex installation requirements.
Practical Tips
Monitor initial ice production cycles to establish baseline capacity and verify consistent output quality before routine use.
Why: Early verification ensures system performance meets laboratory requirements and identifies any installation issues.
Clean ice storage compartment weekly with sanitizing solution and inspect water inlet connections monthly.
Why: Regular cleaning prevents bacterial growth and maintains ice quality for laboratory applications.
Use provided ice spoon for transfer and avoid direct hand contact with ice intended for sample cooling.
Why: Proper handling maintains ice cleanliness and prevents contamination in sensitive laboratory procedures.
Verify drainage system flow weekly to prevent water backup that could affect ice production capacity.
Why: Proper drainage ensures continuous operation and prevents overflow conditions during peak production.
Install optional water filter when using tap water sources with high mineral content or variable quality.
Why: Filtered water improves ice clarity and reduces mineral buildup that can affect system performance over time.
If ice production decreases, check ambient temperature and ensure adequate ventilation clearances around the unit.
Why: Air-cooled systems require proper heat dissipation to maintain efficient refrigeration cycle performance.
Allow 30-minute equilibration period after power connection before first ice production to prevent compressor damage.
Why: Temperature stabilization protects refrigeration components and ensures proper system operation from initial startup.
Record ice production rates and water consumption during initial weeks to establish performance baselines for your laboratory conditions.
Why: Baseline data helps identify performance changes that may indicate maintenance needs or system optimization opportunities.
Setup Guide
What’s in the Box
- Flake ice maker main unit
- Water inlet pipe
- Drainage pipe
- Ice spoon
- User manual (typical)
- Power cord (typical)
- Installation hardware (typical)
Warranty
ConductScience provides a standard one-year manufacturer warranty covering parts and labor, with technical support available for installation guidance and operational troubleshooting.
Compliance
What is the ice particle size and consistency for temperature-sensitive applications?
The system produces small, irregular snow-like ice particles that provide maximum surface area contact and moldable properties for efficient heat transfer around samples of various geometries.
How does water quality affect ice production and what filtration is recommended?
Input water temperature should be maintained between 2-15°C for optimal production. Optional filtration is available to remove impurities that could affect ice quality or system performance.
What maintenance schedule is required for consistent ice production?
Regular cleaning of the ice storage compartment and periodic inspection of water inlet and drainage connections ensure optimal performance. Consult product datasheet for detailed maintenance intervals.
Can the unit operate continuously in high-demand laboratory environments?
Yes, the system provides continuous ice production up to 20kg per 24-hour period with 10kg storage capacity, suitable for laboratories with consistent cooling requirements.
What power requirements are needed for installation?
Standard configuration requires AC220V 50/60Hz power supply with 300W consumption. Optional 110V operation is available with external transformer for international installations.
How does ambient temperature affect ice production capacity?
The system operates within ambient temperatures from 10-35°C. Performance may be affected outside this range, and adequate ventilation must be maintained for air-cooled condensation.
What are the space requirements for benchtop installation?
The unit measures 330×480×605mm and requires minimum 15cm clearance on all sides for proper air circulation and heat dissipation.
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