With the development of the socio-economy and the continuous innovation and progress of modern technology, the production models in various industries are undergoing significant changes, with the degree of informatization and intelligence becoming increasingly high. In the production of various industries, most materials and products need to be weighed to master material consumption calculation, input-output accounting, trade settlement, etc. The integration of weighing and automatic control technology can also be used for production batching, etc. In industrial production environments, high-efficiency dynamic weighing modes are mostly adopted, and the weighing quantitative feeder is a comprehensive equipment that integrates dynamic weighing and automatic control.

A weighing quantitative feeder is a quantitative feeding equipment that continuously transports and weighs solid bulk materials using a conveyor belt or screw pipe according to a predetermined program and a set feeding amount. Its weighing and control processes are continuous and active, and usually, a series of tasks such as equipment start/stop, weighing measurement, and flow control can be completed without the intervention of operators.

Due to its high degree of automation and efficiency, the weighing quantitative feeder is widely used in various industries such as steel, building materials, cement, agriculture, and chemical industries. Especially with the development of technology, the feeder has seen significant improvements in both technical performance and functions. It not only realizes dynamic weighing and automatic control but can also be integrated with computer technology to create automated batching systems, achieving remote and centralized control, precise batching, etc., bringing many practical application benefits to enterprises.

1. Improve production efficiency and quality

Due to the application of digital weighing sensors, design structure improvements, extreme simplification of weighing scale frames, intelligent instruments, and online calibration, the weighing accuracy of the weighing quantitative feeder has been greatly improved. The application of reliable and stable PLC automatic control technology ensures the control precision of the feeder. Therefore, the feeder can maintain long-term continuous weighing and stable control during the production process, which means the error between the actual feeding amount and the set value is reduced, ensuring accurate and stable batching. After the weighing quantitative feeder is set, it can run automatically according to the program, improving production efficiency.

2. Simplify production site operations

The weighing quantitative feeder only needs simple parameter and formula settings, and the system runs stably automatically according to the predetermined program. It can basically eliminate manual operation, simplifying the production site operation procedures and reducing manual input. In addition, the feeder has self-monitoring and automatic alarm functions, is industrially manufactured, has strong adaptability, and does not require frequent and complex maintenance operations on the equipment.

3. Optimize the production environment

The weighing quantitative feeder can be customized according to the specific production process conditions. In necessary processes, a sealed structure can be adopted, such as configuring a sealed protective cover for the belt weighing feeder, or using a sealed screw pipe to transport materials. The sealed structure can effectively avoid material dust, thereby optimizing the site environment.

4. Improve production control level

The weighing quantitative feeder is integrated with network information and computer technology, greatly improving its informatization level. At the same time, it is equipped with a software management system to achieve remote monitoring and management of the production site. Production data is transmitted and stored in real-time. Through the upper computer software management system, real-time data can be queried, and historical data and reports can be analyzed, statistically processed, and printed, solving the problem of errors in manual reporting and statistics.