It is designed to suit insulin syringes of various sizes, including those with 0.3, 0.5, 1, and 1.5 milliliters.
As frame materials, P20H (regular), 2738, 718, and 4Cr13 are available.
Moreover, it can be produced in line with client requests.
The conceptualization is quite accurate.
Every structure is flexible.
The mold inserts provided the precisely positioned pin, boosting output.
The majority of inserts are constructed from SKD11.SKH51,S136,DC5, and SKD11.
Depending on the requirements of the client, several materials may be employed.
Replacement is rather convenient because the insert sizes are consistent.
The structure of our mold is solid.
Consistency is good for promoting efficiency and production.
Cavity No | Plate | Cavity | Core |
Customized | P20H | 440C | SKH51 |
Cleaning and inspection of the mold are required prior to manufacturing. Any blemishes or debris that can hinder production must to be removed from the mold.
Load the raw materials: The injection molding machine is filled with the raw materials, such as the polymer resin for the insulin syringe plunger.
The material is heated and melted by the injection molding machine to a certain temperature, turning it into a molten liquid.
The substance is poured into the insulin syringe plunger mold when the molten liquid has achieved the proper temperature.
When the substance has been injected, it must have time to cool and harden inside the mold.
Consistency: The use of a mold ensures a consistent size and shape of the insulin syringe plunger produced every time.
Cost-effective: Injection molding allows for the mass production of insulin syringe plungers at a lower cost per piece than other production methods.
Customization: Mold design allows for customization of the size, shape, and other features of the insulin syringe plunger to meet specific requirements.
High precision: Injection molding machines can produce insulin syringe plungers with high precision at a tight tolerance.
Reduced material waste: Injection molding produces minimal scrap compared to other production methods, reducing material waste.