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The company adopts advanced technology, according to GMP and FDA standards to manufacture new series of 915 MHz and 2450 MHz microwave energy application
equipment of more than 50 models and specifications.
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High Efficiency Microwave Meat Thawing Equipment Commercial Microwave Oven

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Model YM-20D~YM-100D
Material SS304
Conveyor belt speed 0.5~5M/MIN
Microwave Frequency 915MHZ
Brand YEMAI
+86-15762088130
Detail

Overcoming Traditional Defrosting Limitations with Advanced Microwave Technology

Traditional defrosting methods—such as air, water, or vacuum condensation thawing—often come with significant drawbacks in efficiency, quality, and sustainability.

  1. Airflow Thawing relies on temperature differentials and air velocity to transfer heat slowly through the food surface. This method is time-consuming, inefficient, and often compromises product freshness, making it largely obsolete in modern industrial applications.

  2. Water Immersion Thawing is a gradual process that thaws food from the outside in. It consumes substantial amounts of water and leads to considerable nutrient loss, affecting both product quality and operational cost.

  3. Microwave Thawing Technology represents the latest advancement in defrosting. It uses microwave energy to excite polar molecules within the product, generating uniform heat through molecular friction. This internal heating mechanism ensures faster, cleaner, and more controlled thawing.

Our industrial microwave thawing systems operate at 915MHz, offering deeper penetration compared to standard 2450MHz generators. With a configurable power range from 20KW to 100KW and precise temperature control, our equipment can maintain a core product temperature of -5°C to 1°C—ideal for further processing—while achieving throughputs of up to 2,500 kg/h.

Key Advantages of Our Microwave Thawing Systems

  • Rapid Thawing Speed
    Significantly reduces processing time compared to conventional methods, enabling higher production throughput without compromising quality.

  • Uniform Temperature Distribution
    Microwaves penetrate directly into the material, ensuring consistent internal and surface thawing. For example, a 25kg meat block at -18°C can be thawed to -4°C to 2°C in approximately 10 minutes—firm enough for slicing, with no drip loss.

  • Controlled & Sanitary Thawing Environment
    Automated temperature and process controls minimize environmental variation, reduce energy consumption, and ensure compliance with hygiene standards. This results in lower product loss and enhanced meat quality.

  • Fully Adjustable Programs
    Customizable thawing cycles allow precise adaptation to different product types and quality requirements, offering flexibility across various applications.

Ideal for a Wide Range of Frozen Products

Our microwave thawing systems are particularly suitable for high-value frozen products, including:

  • Beef and lamb

  • Pork products

  • Poultry

  • Seafood

  • Vegetables

  • Fruits

Why Choose Our Industrial Microwave Thawing Equipment?

By leveraging the high power density and deep penetration of 915MHz microwave technology, we deliver fast, uniform, and energy-efficient thawing—making it the modern solution for industrial food processing.

One of models standard specification for reference :

Model

YM-40D

Electric power supply

380V   50Hz   three-phase five-wire

Thawing capacity

1t/h;for different product,capacity maybe different,min 800kg/h

Microwave output power

64KVA

Microwave input apparent power

40KVA (0~40KW adjustable)

Microwave output frequency

915±25MHZ

Water flow

20L/min

Clean water, free of impurities and suspended matter, pH 6.5-8.5

Equipment working ambient

Temperature       

5~40℃

No dust, no corrosive or explosive air

Feeding inlet height

250mm

Conveyor belt

Width     

700mm

Speed

0.5~3m/min, adjustable   

Height between belt and ground

800mm

Overall dimension(L*W*H)

Approx 10500*2300*2400mm

Microwave leakage standard

According with GB10436 standard

Safety standard

According with GB-5226 electrical safety standard.