Food Vacuum Cooler Selection
Selection principles Food vacuum cooling machines are mainly used for the rapid cooling of cooked foods, semi-finished products, and pre-prepared dishes. The selection criteria are based on the following factors: Daily production capacity: The equipment capacity is determined based on the weight of food processed by the customer per day or per batch. Food type: The water content, sugar content, oil content, and form of different foods affect cooling efficiency.
Food Vacuum Cooler Selection
Selection principles
Food vacuum cooling machines are mainly used for the rapid cooling of cooked foods, semi-finished products, and pre-prepared dishes. The selection criteria are based on the following factors:
Daily production capacity: The equipment capacity is determined based on the weight of food processed by the customer per day or per batch.
Food type: The water content, sugar content, oil content, and form of different foods affect cooling efficiency.
Production scenarios: Central kitchens, cooked food processing plants, and pre-prepared food factories have different requirements for processing speed and batch frequency.
Flexibility: Small-batch production of multiple varieties requires the selection of small-sized machines to ensure flexible batch switching.
Efficiency and uniformity: Mass production requires ensuring the cooling rate and temperature uniformity of the equipment to avoid localized overcooling or undercooling.
Application scenarios and model recommendations
Application scenarios | Daily processing volume | Food types | Recommended Model | Remark |
Central kitchen rapid cooling | 300–500 kg/batch | Braised dishes, stews, and cooked meats | CVF-50 / CVF-100 | Suitable for small to medium-sized kitchens to quickly process single batches of food. |
Deli | 500–1500 kg/batch | Braised cooked food, semi-finished products | CVF-100 / CVF-200 | Meeting the continuous operation requirements of medium-sized production lines |
Pre-made food factory | 1500–3000 kg/batch | Cooked semi-finished products, reheated dishes | CVF-200 / CVF-300 | Mass production lines ensure cooling efficiency and uniformity. |
Multiple varieties in small batches | 50–300 kg/batch | Various cooked foods | CVF-50 | Small batches of multiple varieties can be handled flexibly. |
High sugar/high oil/high salt foods | 100–1000 kg/batch | High in sugar, high in fat, high in salt, or high in moisture | CVF-50 / CVF-100 | It is recommended to proceed in batches or increase the condensation area. |
Selection Recommendations
Batch matching model: Select the model based on the weight of a single batch to avoid waste due to oversized equipment or inefficiency due to undersized equipment.
Food type affects cooling: Foods with high sugar, high oil, high salt, or high water content cool more slowly, so the condensation area should be increased or the food should be processed in batches.
Multi-variety, small-batch: The smaller model (CVF-50) is more suitable for flexibly handling a variety of food products.
Mass production: Select medium to large-sized models (CVF-200 and above) to ensure cooling efficiency and temperature uniformity.
Scalability: Multiple units can be connected in parallel to adapt to increased production or different production line needs.
Installation and Space: Maintenance space must be reserved around the equipment, and the overhead space must be sufficient for the installation of the exhaust and condensation systems.
Application Examples
Example 1: Central kitchen processes 500kg of stewed chicken pieces per day
Initial temperature 75 ℃ → Target temperature 10 ℃
Recommended model: CVF-100
Suitable for rapid batch processing, ensuring uniform temperature.
Example 2: A pre-cooked vegetable factory processes 2000kg of reheated semi-finished products per day.
Initial temperature 70 ℃ → Target temperature 5–8 ℃
Recommended model: CVF-200
It ensures large-scale continuous production with high efficiency and uniform temperature.
Example 3: Multi-variety, small-batch central kitchen
Daily processing capacity 100–200 kg, diverse dishes
Recommended model: CVF-50
It can flexibly handle small batches and quickly switch between different food products.
The selection of a food vacuum rapid cooling machine is centered on batch size and application scenario, while also considering food type and process requirements. Matching with a standard model list can achieve the following:
Flexible handling of small and medium-sized kitchens
High-efficiency continuous production in medium and large-sized processing plants
Cooling down on high-sugar/high-oil/high-salt food safety
Flexible switching between multiple varieties and small batches
This solution helps customers quickly determine the appropriate model and provides a reference for subsequent equipment layout and production line matching.
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