Tunnel microwave drying equipment and cabinet microwave drying equipment are two different types of microwave drying equipment. They have some differences in structure, working principle and scope of application. Here are their main differences:

1. Structure and working principle:

Tunnel type microwave drying equipment: Tunnel type equipment consists of a long and narrow tunnel, in which materials pass through a tunnel conveyor belt. Microwave energy is released from the top and bottom of the device to heat and dry materials. This design allows large amounts of material to be processed continuously through the equipment.

Cabinet-type microwave drying equipment: Cabinet-type equipment has a closed box structure, and materials are placed in the box for drying. Microwave energy is released from one or more sides of the device to heat and dry materials. Cabinet-style equipment is suitable for small batch or laboratory-scale drying needs.

2. Scope of application:

Tunnel microwave drying equipment: Due to its continuous processing capabilities and high production capacity, tunnel equipment is usually used in industrial-scale production lines and is suitable for large-scale drying needs. It can handle a large number of materials such as food, agricultural products, wood, fiberboard, etc.

Cabinet-type microwave drying equipment: Cabinet-type equipment is suitable for small-scale drying needs, such as laboratory research, sample testing, or small batch production. It is typically used in the research and development phase, product improvement, and small-scale production.

3. Flexibility and control:

Tunnel microwave drying equipment: Tunnel type equipment usually has more control options and parameter adjustment capabilities to adapt to different materials and drying requirements. Parameters such as conveyor belt speed, microwave power, and humidity control can be adjusted to achieve a precise drying process.

Cabinet Microwave Drying Equipment: Cabinet units are typically smaller and simplified and may have fewer control options. They are often used for specific research or applications where less precise control may be required.