Two Part Syringe Plunger Mold

Specification of Two Part Syringe Plunger Mold

Usage Method of Two Part Syringe Plunger Mold

• Prepare the mold: Ensure that the two parts of the mold are clean and dry. Lubricate the mold's surface with a suitable release agent, such as silicone spray or oil.

  
  

• Prepare the injection molding machine: Select the appropriate injection molding machine and set it up according to the manufacturer's instructions. Preheat the machine and mold to the recommended temperature.

  
  

• Load the material: Load the appropriate plastic material, such as polypropylene, into the injection molding machine hopper. Ensure that the material is clean, dry, and free of contaminants.

  
  

• Inject the material: Activate the injection molding machine, and the plastic material will be molten and injected into the mold cavity to fill the space of the plunger body and piston.

  
  

• Allow the plastic to cool: After injection, allow the plastic to cool and solidify within the mold.

  
  

• Eject the finished product: Once the plastic has cooled completely, eject the finished products by using an ejector system or opening the mold plate.

  
  

• Trim and finish the product: Cut off any excess flash with trim tools and finish the surface using proper polishing equipment.

  
  

• Repeat the process: Repeat the process until the desired number of syringe plungers is produced.

Advantages of Two Part Syringe Plunger Mold

• High precision: The mold is designed to produce syringe barrels with a high level of accuracy and consistency, resulting in high-quality products.

  
  

• Cost-effective: With the help of an automated injection molding machine, the mold can produce a large number of syringe barrels in a short period of time, making the manufacturing process cost-effective.

  
  

• Versatility: The two part syringe barrel mold can produce a wide range of syringe barrel sizes and shapes, making it suitable for different types of syringe products.

  
  

• Superior quality: Syringe barrels produced using this mold are characterized by their smooth surfaces, which help to minimize patient discomfort during injection.

  
  

• Increased productivity: The mold can produce syringe barrels at a faster rate than traditional manual manufacturing methods, thereby increasing productivity.