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MIC Radiation-Type Lab Freeze Dryer

The MIC Radiation-Type Lab Freeze Dryer offers precise and efficient freeze-drying for biological samples, pharmaceuticals, and research materials, ensuring uniform drying, advanced control, and reliable laboratory performance.
  • FEATURES
  • PARAMETER

MIC Radiation-Type Lab Freeze Dryer Overview

The MIC Radiation-Type Lab Freeze Dryer by Mic Machinery is a high-performance solution designed for precise laboratory lyophilization processes. It is built through standardized manufacturing methods and made from high-quality stainless steel, ensuring durability and hygiene. The system adopts advanced engineering practices and imported core components widely recognized in the industry. As a reliable lab freeze dryer, it supports efficient processing of various laboratory-scale materials while maintaining excellent control over moisture sublimation and sample preservation.

 

Application Range

This equipment is suitable for laboratory-scale experiments involving food samples, additives, biological products, herbal extracts, and pharmaceuticals. It also performs effectively in research involving sensitive samples such as plant materials, marine products, and solid beverages. The lab lyophilizer is particularly effective for materials that require controlled drying without losing structural integrity or bioactivity, making it ideal for scientific research and small-batch testing.

 

Structural Design and Core Configuration

The MIC Radiation-Type Lab Freeze Dryer combines radiation-based heat transfer with high-efficiency vacuum dehydration. Its large drying chamber ensures uniform heat distribution and high processing capacity, enabling simultaneous drying of multiple materials.

Key design highlights include:

· Integrated freezing and radiation heating for rapid and uniform drying.

· Powerful refrigeration and vacuum systems for enhanced dehydration efficiency.

· Multi-layer shelf and aluminum trays suitable for different materials.

· Intelligent PLC control with both automatic and manual operation modes.

· Safety alarms and multiple protection mechanisms to safeguard critical components.

These features ensure stability, safety, and adaptability, positioning the unit among the most advanced laboratory lyophilizers available.

 

Advanced Control and Operation

Equipped with a comprehensive PLC control system, the machine supports both automated and manual operation, allowing precise management of temperature, pressure, and timing. The control interface provides real-time monitoring and adjustment, ensuring the freeze-drying process remains accurate and efficient. Operators can remotely monitor and adjust settings as needed, while built-in alarms and data tracking ensure reliable long-term performance. This lab freeze dryer simplifies workflow while maintaining laboratory-grade precision and repeatability.

 

Efficiency, Reliability, and Performance

The radiation heating mechanism combined with a fast refrigeration cycle enhances drying speed and energy efficiency. With its powerful vacuum system and robust temperature regulation, the MIC Radiation-Type Lab Freeze Dryer guarantees optimal product texture, stability, and preservation. It stands as one of Mic Machinery’s most advanced lab lyophilizers, integrating innovative radiation heating with dependable refrigeration and automation. Designed for both experimental and pilot-scale applications, it offers researchers an efficient, reliable, and intelligent lyophilization solution.

Model

Condenser Temperature (°C)

Effective area ()

Water Capture Capacity (Kg)

Quick freezing warehouse temperature (℃)

Vacuum degree (Pa)

MIC-FZG-20Ra

≤-65

19.10

300

≤-40

≤10

MIC-FZG-30Ra

≤-65

28.64

450

≤-40

≤10

MIC-FZG-50Ra

≤-65

49.94

750

≤-40

≤10

MIC-FZG-75Ra

≤-65

79.20

1125

≤-40

≤10

MIC-FZG-100R

≤-65

99.89

1500

≤-40

≤10

MIC-FZG-125Ra

≤-65

124.86

1875

≤-40

≤10

MIC-FZG-150Ra

≤-65

157.08

2250

≤-40

≤10

MIC-FZG-200Ra

≤-65

203.65

3000

≤-40

≤10

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