Instrument Introduction:

The AL-SLFMT01 Ultra-Low Frequency Microwave Non-Destructive Thawing Instrument is a product designed based on our company's control technology and tailored to the needs of teachers and students. Its main feature is the use of low-frequency 433MHz microwave radiation to heat and thaw various wave-absorbing materials. It offers fast thawing times, high material restoration, and does not damage the protein structure or biological activity.

The AL-SLFMT01 Ultra-Low Frequency Microwave Non-Destructive Thawing Instrument uses ultra-long wavelength microwave frequencies to ensure uniform microwave radiation and prevent local overheating. The technical process employed enhances thawing speed.

The AL-SLFMT01 Ultra-Low Frequency Microwave Non-Destructive Thawing Instrument features powerful digital processing capabilities, accurate temperature control, and a 7-inch display screen that shows real-time reaction data and curve graphs. It allows programmed control of reaction conditions, dividing experiments into multiple working stages, and enables online modification of unsuitable reaction parameters. It also includes functions for saving and querying experimental records.

The AL-SLFMT01 Ultra-Low Frequency Microwave Non-Destructive Thawing Instrument uses an AI control system with artificial intelligence logic algorithms to achieve precise control of complex, long-lag objects, ensuring accurate temperature control and preventing overheating or undercooling. It features IoT functionality, allowing remote control via mobile phones or computers when connected to a network.

Application Areas:

Equipped with water outlets, expansion inlets/outlets, RS485 communication interface for expansion, internet interface, and USB interface. It has high applicability and is suitable for various materials requiring thawing.

Technical Parameters:

1. Microwave frequency: 433MHz;

*2. Power: 0-500W, freely adjustable. Microwave power automatically adjusts with temperature via frequency conversion control, operating in non-pulse continuous linear mode.

*3. Upper power limit can be set arbitrarily, with a lower power limit function to ensure continuous power output.

*4. Three temperature control modes: heating to the set temperature with the upper power limit followed by保溫模式 (insulation mode); rate heating mode where the initial temperature reaches the set temperature over a set time for gradual heating; and heating slope mode where the temperature increases by a set number of degrees per minute.

*5. Temperature measurement and control range: -50°C to 300°C; includes rate heating function.

6. Temperature measurement accuracy: ≤±1°C; temperature control accuracy: ≤±1°C;

7. High-precision non-contact infrared temperature sensor for real-time monitoring of reaction temperature and accurate control of the reaction process;

8. Capable of continuous uninterrupted operation;

*9. 22-liter 316 austenitic stainless steel chamber with strong surface corrosion resistance and high-temperature resistance;

*10. 7-inch high-brightness TFT LCD touch screen for direct operation, Cortex-A8 CPU core, equipped with USB interface; displays real-time reaction temperature and power data, shows curves, and allows saving and querying of experimental records;

*11. Uses AI artificial intelligence logic algorithms to achieve precise control of complex, long-lag objects, ensuring accurate temperature control and preventing overheating or undercooling;

12. Thawing space: φ60mm*30mm;

*13. Features IoT functionality, enabling remote control via mobile phones or computers when connected to a network;

*14. Equipped with an air-cooling system primarily for chamber ventilation and cooling.

15. Includes water outlets, expansion inlets/outlets, RS485 communication interface for expansion, internet interface, and USB interface;

16. Microwave leakage complies with national standards.

*Indicates our company's advantageous technologies.