The "Big 3" Sectors that benefited from Plastic Molding

Plastic injection molding has been used to create an almost infinite variety of goods across a wide range of sectors practically since it was first developed as a manufacturing method in the late 19th century. We're just going to focus on three industries in this blog post that have profited significantly from this most malleable of industrial manufacturing processes:

Medical Equipment:

As less invasive procedures and implants proliferate, the trend in the healthcare industry is toward ever-smaller, ever-more-sophisticated medical components. Over time, a set of best practices have been used to create plastic injection molded medical equipment, assisting manufacturers and their designers in incorporating ever-improving precision, strength, and durability.

Material Improvements:

Materials used in medical equipment and devices, especially implanted ones, continue to be a critical concern since they must be suited for safe usage in the body (biocompatibility) and able to survive the frequently harsh conditions encountered there. One such material is plastic resin. Material interactions, safety, and efficacy are more important than ever because of the complexity and popularity of multiple-material molding, which may use both plastics and metals. 

Auto Parts:

For years, automakers have used plastic molding to make their vehicles stronger, lighter, and more affordable. Safety was and still is essential, even if improving the gas economy and lowering production costs were the main objectives. For instance, some metal components are intended to "give" or crumple during an accident. The qualities of plastic injection molded auto parts must be consistent.

There has been a shift toward bigger and bigger plastic automobile components, both under the hood and in the passenger cabin since the early plastic injection molded car parts tended to be smaller. For instance, the majority of interior parts are now made of plastic, including the center console, dashboard, door panels, etc. Some manufacturers nowadays are even starting to look at the possibility of using plastic molding to construct substantial pieces of the chassis, or possibly the complete chassis.

Consumer Electronics:

When it comes to the most cutting-edge features of consumer electronics, size and power are everything. Plastics have been used since the beginning, not only because they are lighter than metal but also because they are more heat-resistant. Electronic equipment, which is packed with heat-producing computer chips and circuitry, requires high levels of heat resistance. Consumer electronics are characterized by ever-increasing features and processing power, whether they are large-screen TVs or smaller, slimmer smartphones. Given that plastic is frequently the material of choice for the housing and internal components of these devices, plastic injection molding processes must be able to fulfill this challenge.

For one of the top plastic injection manufacturers contact Advantage Plastics. Our largest manufacturing services are ideal for today's cutting-edge businesses.