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Industrial Continuous Cooking Machine for Food Processing

Product Core Introduction:
Belt Cooker / Continuous Steam Cooker
Working principle: Materials are placed on the conveyor belt and continuously advance inside the cooking tank or steam chamber. The heat source is usually direct steam injection, with steam evenly dispersed from the tubing at the bottom of the tank to ensure uniform temperature.
Features: Wide applicability, capable of processing meat products, seafood, vegetables, corn, and other products, with production capacities ranging from 500kg/h to several tons/hour.
The continuous mesh belt steam cooker is a fully automatic and continuous thermal processing equipment for food production. Adopting saturated steam as the heat source, the equipment transports materials continuously via a frequency-conversion stainless steel mesh belt, achieving standardized steaming, pre-cooking, fruit and vegetable blanching, and low-temperature pasteurization in a sealed and insulated tunnel.

Cutting Range1
Capacity1
Contact Material1
Certifications1

Technical Parameters

ParameterValue / Description
Product NameIndustrial Continuous Cooking Machine for Food Processing
ModelWZZJ400-11.5
Cooking Time0.8~5.0 min
Inlet & Outlet Height850±50 mm
Temperature RangeAmbient ~ 95°C
Pressure0 MPa
Equipment Power1.5 kW
Slat Chain Width400 mm
Fan Power2×0.37 kW
Slat Chain Type340 Slat Chain Coated with Teflon
Power Supply380V, 60Hz
Steam Consumption250 kg/h
Pipeline Pressure0.7 MPa
Pipeline Temperature165°C
Insulation Layer5 cm Aluminum Silicate
Channel Height≥150 mm
Overall Dimension (mm)11500×950×1450

Finished Products of Equipment

Industrial Continuous Cooking Machine for Food Processing finished product
Industrial Continuous Cooking Machine for Food Processing finished product
Industrial Continuous Cooking Machine for Food Processing finished product
Industrial Continuous Cooking Machine for Food Processing finished product

Performance Advantages

Features and performance depend on the selected machine configuration.

Precision Cutting

High-precision tungsten carbide bardes deliver uniform dice size from 5 mm to 50 mm. Cross-cut and strip-cut modes ensure consistent product quality with minimal giveaway for beef, pork, poultry and fish.

Hygienic Design

Full SUS304/316L stainless steel construction with IP65 waterproof rating. Tool-free blade removal, smooth-surface interiors and CIP-compatible components accelerate sanitation cycles.

High Throughput

Continuous processing up to 3,000 kg/hr with servo-driven in feed control. Modular design allows quick size changeovers in under 10 minutes to match production schedule demands.

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Industry Application Cases

Explore food-processing applications and solution scenarios.

Frequently Asked Questions

Common questions about food-processing equipment and production requirements.

What is an industrial continuous cooking machine used for?

An industrial continuous cooking machine is designed to cook compatible food products through a continuous processing system. Depending on its design and configuration, it may be used in food manufacturing facilities that require steady product flow and consistent cooking conditions. Confirm suitable food types and processing methods with the manufacturer.

What types of food can a continuous food cooking machine process?

The types of food that can be processed depend on the machine's heating method, conveyor or feeding system, and temperature control capabilities. Depending on the model, applications may include meat, vegetables, seafood, or other compatible food products. Check the manufacturer's specifications for your intended application.

How does an industrial continuous cooking system work?

An industrial continuous cooking system typically moves food through a controlled heating area at a defined processing speed. Cooking temperature, residence time, feeding rate, and heating method are selected according to the product and required processing outcome. The exact operating process varies by machine design.

How do I choose the right continuous cooking machine for a food production line?

Consider the food type, required cooking method, target processing capacity, temperature range, cooking time, product dimensions, cleaning requirements, and available factory space. You should also evaluate whether the machine can integrate with upstream preparation equipment and downstream cooling, packaging, or handling systems.

What factors affect the performance of an industrial continuous cooker?

Performance depends on the heating method, temperature uniformity, processing speed, product size, food characteristics, and machine configuration. Ask the supplier for technical specifications and, where possible, arrange a product trial to verify that the continuous cooking machine meets your production requirements.

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