In the production of modern laboratory equipment, 5ml serological pipettes have won the widespread trust of scientific researchers with their precise and reliable performance. Behind this trust is a perfect fusion of technology and craftsmanship in the injection molding workshop.

When you enter the injection molding workshop, the first thing that comes into view is rows of precision injection molding machines. They are like guards of precision manufacturing, running silently under strict process control. This is the key place for the birth of 5ml serological pipettes and the brilliant stage where technology and art meet.

The secret of injection molding begins with high-temperature molten polystyrene raw materials. These raw materials are heated to a molten state in the heating system of the injection molding machine, becoming soft and fluid. Subsequently, under the push of high pressure, the molten polystyrene is precisely injected into the preset mold. The mold, the key factor that determines the fate of the pipette, is now quietly waiting for the filling of the raw materials.

After a short filling process, the polystyrene raw materials in the mold are quickly solidified and formed under the combined action of high pressure and cooling system. This process seems simple, but it actually contains countless technological details and process requirements. Every parameter such as temperature, pressure, cooling time, etc. needs to be precisely controlled to ensure that the shape, size and precision of the pipette meet the design requirements.

As the core component in the injection molding process, the design and manufacture of the mold are crucial. In order to ensure that each pipette can meet extremely high precision standards, the design of the mold adopts advanced CAD/CAM technology. Through computer-aided design, engineers can accurately draw the three-dimensional model of the pipette and optimize and adjust it. Subsequently, these design data are transmitted to the CNC machine tool, and the mold is manufactured by high-precision processing equipment.

The manufacturing process of the mold is also full of challenges. In order to ensure the accuracy and durability of the mold, high-quality materials and advanced processing technology are required. After fine processing and strict testing of multiple processes, the mold finally meets the design requirements, providing a solid foundation for subsequent injection molding.

In the injection molding workshop, every detail is given great attention. From the selection of raw materials to the adjustment of the injection molding machine, from the design and manufacture of the mold to the inspection and packaging of the finished product, every link strictly follows the manufacturing concept of excellence. It is this unremitting pursuit of quality and extreme attention to details that makes the 5ml serological pipette stand out among many laboratory equipment and become a trusted partner of scientific researchers.

The manufacturing process of the 5ml serological pipette is a feast of technology and craftsmanship. In the injection molding workshop, precision injection molding machines, high-temperature molten polystyrene raw materials, precision-designed molds, and the manufacturing concept of excellence have jointly woven beautiful pictures. These pictures not only witness the birth process of the 5ml serological pipette, but also show the infinite charm and broad prospects of modern manufacturing.