While plastic injection molding may not be rocket science, it is still a very complex manufacturing process. It involves great attention to detail and there are many factors to take into consideration.
First, the part design must be developed and maximized for manufacturability. Then a mold must be built. This involves computerized as well as hand tooling. The mold must then be tested along with resin and color options to determine the best formulation for the project.
Used in all types of industries, plastics provide versatility and strength across a wide range of applications, from automotive body parts to human body parts. Each application requires a special manufacturing process that can mold the part based on specifications.
With patient lives and staff safety at stake, the medical and pharmaceutical industries require adherence to strict safety and quality standards. Medical and pharmaceutical parts must be able to meet stringent quality and traceability standards, and all steps of the manufacturing process must be carefully monitored. In these sensitive industries, liability is essential.
To ensure consumer health and safety, the food and beverage industry must adhere to stringent specifications— requiring nontoxic parts, BPA-free components, and FDA certification. For plastic injection molding in these food service applications, various food grade materials must be used.
How often do you source a plastic injection molder? If you are like most companies and purchasing managers, probably not very often. Typically, once you have selected an injection molder to work with, you are likely to stay with them for a long time as long as they keep producing quality plastic parts.
This review of plastic resins will focus on the essential characteristics of polymers with some examples of popular resins and their applications.
To select the best resin for your manufacturing project, being able to answer the questions below will help guide you to the right material.
The Rodon Group — an industry-leading plastic injection molding company with more than 60 years of experience began offering innovative window and door solutions in 2010.
Although metal-to-plastic conversion was introduced in the 1950s, with the invention of engineering-grade resins, many manufacturers today are unfamiliar with the advantages of this versatile technique.
Speed and efficiency in plastic injection molding equate to cost savings. So, it is no surprise that robots play a significant role in improving the manufacturing process. From simple sprue pickers to complex automated End-of-Arm Tooling (EOAT), the industry is taking advantage of this automation trend.
