Insulin Syringe Gasket Mold

Specification of Insulin Syringe Gasket Mold

Usage Method of Insulin Syringe Gasket Mold

Preparation: The mold needs to be inspected and cleaned before use to ensure that there are no residues or contaminants. The mold cavities and cores should be lubricated with release agents such as silicone or petroleum jelly.

Injection molding: The mold is designed to create precise gasket shapes and sizes. When the mold is closed, molten thermoplastic material is injected under high pressure into the mold's cavity. The molten material is allowed to cool, and the mold is then opened, and the finished gasket is ejected.

Ejecting the gasket: When the injection molding is complete, the mold is opened, and the finished gasket is ejected. The gasket is checked to ensure that it meets the required specifications and standards regarding shape, size, and quality.

Reconditioning: After the gasket is ejected, the mold requires some cleaning and reconditioning before the next use. The cavities and cores of the mold should be cleaned and inspected to ensure the mold is ready for the next production run.

Advantages of Insulin Syringe Gasket Mold

Consistent quality: The mold can produce identical parts with consistent quality.

Cost-effectiveness: Using the mold can be cost-effective for large-scale production.

Speed: The mold can enable faster production times than other manufacturing methods.

Design flexibility: The mold can be designed to create complex shapes and features.

Reduced waste: The molds can minimize material waste because they are designed to create precise parts.