Centrifuge Tube/Freezing Tube/Plastic Tube Automatic Screen Printer

　　Centrifugal Tube Automatic Screen Printing Machine Overview

　　Centrifugal Tube Automatic Screen Printing Machine is a kind of equipment specialized in automatically completing the screen printing process on centrifugal tubes. It can evenly print the screen printing ink on the surface of centrifugal tube according to the preset pattern and text to meet the requirements of the production process. The appearance of centrifugal tube automatic screen printing machine greatly improves the production efficiency, reduces the manual intervention, and brings great convenience to the production of various industries.

　　Centrifugal tube automatic screen printing machine principle and function

　　Workflow: The workflow of centrifugal tube automatic screen printing machine mainly includes four steps: feeding, printing, drying and collecting. During the feeding process, the machine arranges the centrifugal tubes neatly and sends them to the printing station; the printing station prints the preset pattern and text on the surface of the centrifugal tubes through the screen printing ink; the drying station dries the printed centrifugal tubes to make sure that the ink adheres firmly to the tube wall; finally, the receiving station collects the printed centrifugal tubes.

　　Mechanical structure: the mechanical structure of centrifugal tube automatic screen printing machine is mainly composed of feeding device, printing device, drying device and receiving device. Each device is coordinated with each other through precise transmission system and control system to ensure the smooth running of the whole production process.

　　Intelligent technology: Centrifugal tube automatic screen printing machine adopts a variety of intelligent technologies, such as servo control system, laser positioning system, color touch screen and so on. The application of these technologies enables the machine to automatically complete the printing process according to the preset program, and at the same time, real-time monitoring and adjustment can be carried out to ensure the stability of the production quality.