Fully Automatic Liquid Preparation

The fully automatic liquid preparation tank is a device used in industries such as pharmaceuticals, bioengineering, food, and chemical engineering to automatically prepare, mix, and stir liquid materials. Its core function is to accurately complete the liquid preparation process through an automated control system, reducing manual intervention and ensuring the stability and consistency of liquid preparation quality. The main descriptions are as follows:

• Automatic liquid preparation: Through preset programs, it automatically completes steps such as material metering, feeding, and stirring and mixing, and can accurately control parameters such as liquid concentration and volume.
• Stirring and mixing: Equipped with a stirring device (such as paddle-type or turbine-type stirrers) to fully mix different liquids or solid-liquid materials and ensure uniform solutions.
• Parameter monitoring and adjustment: Real-time monitoring of parameters such as temperature, pH value, and stirring speed during the liquid preparation process, which can be adjusted automatically or manually to ensure stable liquid preparation conditions.
• Cleaning function: Some equipment is equipped with an online cleaning (CIP) system, which can automatically clean the inner wall of the tank after liquid preparation, meeting hygiene requirements (especially suitable for pharmaceutical and food industries).

• Tank body: Usually made of stainless steel (such as 316L, 304), which is corrosion-resistant, easy to clean, and meets hygienic requirements.
• Stirring system: Including stirring motor, stirring shaft, and stirring paddle. The appropriate stirring form is selected according to the material characteristics.
• Control system: Composed of PLC (Programmable Logic Controller), touch screen, etc., which can set liquid preparation programs and display operating status and parameters.
• Auxiliary systems: Such as liquid level sensors (controlling the amount of materials), temperature sensors, valves (controlling material inlet and outlet), pipelines, etc.

• High degree of automation: Reduces manual operations, lowers human errors, and improves production efficiency.
• High precision: Ensures the accuracy of parameters such as liquid concentration and volume through precise metering and control.
• Compliance with hygiene standards: The material and structural design meet industry requirements such as GMP (Good Manufacturing Practice), facilitating cleaning and disinfection.
• Wide applicability: It can be used for the preparation of various materials such as water injections, oral liquids, beverages, and chemical solutions.