Performance characteristics and working principle of microbial agent batching equipment

Microbial agent batching equipment, also known as an automatic batching production line system, compared with manual batching, can save labor costs and intensity, reduce environmental harm to the human body, and also improve the stability, accuracy and efficiency of terminal products, bringing huge benefits to production enterprises. This article introduces in detail the performance advantages and working principle of microbial agent batching equipment for everyone.

Characteristics of Microbial Inoculant Blending Equipment

1.It is adapted to the requirements of high-speed and high-precision batching for multiple varieties and small quantities.

2. It adopts one scale for double materials, with low equipment investment and small floor space.

3. All parts of the equipment that come into contact with raw materials are made of stainless steel.

The feeding bin is equipped with a material level detector. When the material quantity is lower than the low level, a signal light will be on to remind of replenishing the material.

5. Select and configure the fluidizing device according to the characteristics of the raw materials to facilitate smooth fluidization and discharging of the raw materials.

6. Install dust removal devices to keep the environment clean and ensure the health of the batching workers.

7. It can be flexibly configured according to the types of raw materials, and the feeding hopper is easy to clean without leaving any residual materials.

The working principle of microbial agent batching equipment

The working principle of microbial agent blending equipment mainly involves the following aspects:

1.Material input

The operator feeds the materials into the unpacking room, and then the materials are conveyed to the storage bin through the feeding device. This process ensures that the materials can smoothly enter the system and prepares for the subsequent batching process.

2. Ingredients Instructions

Operators input batching instructions through the software management system, including information such as material types, ratios, and weights. These instructions form the basis for the system's automatic batching and determine the composition and quality of the final product.

3. Automatic batching

The control system, based on the batching instructions, controls the feeding device to deliver the corresponding types and weights of materials to the metering and conveying line for precise measurement. This process is typically accomplished by sensors, controllers, and actuators working together to ensure that the materials are proportioned and weighed as set.

4. Mixed Conveying

The measured materials are conveyed to the mixing equipment for blending and then transported to the next process via the conveyor line. This step ensures the uniform mixing of different materials, providing consistent raw materials for subsequent processing.

5. Data Management

The software management system records and analyzes the data during the batching process, providing reports and statistical information. This not only helps to monitor the production process but also offers crucial data support for quality control and optimization.

Finally, the microbial agent blending equipment can efficiently and accurately complete the proportioning and mixing of materials, meeting the production needs of different industries and products.