Many industries make use of plastic components. You’ll find plastic parts anywhere, from automotive and medical devices to home appliances. Plastics are used to create a wide range of products all over the world, and this I made possible via the use of plastic injection machines.
There are several means of manufacturing processes. However, plastic injection molding has proven to be the best and most reliable process with high-quality performance. According to statistics, the injection molded plastic market compound annual growth rate(CAGR) is expected to increase by 4.6% up to 2028.
Even though the plastic injection machine can produce plastic components in high volume and in record time, the injection molding process must be closely monitored and controlled so that the quality of the finished product is not reduced or affected.
Plastic injection molding industry
The use of plastic injection machines is widely applicable for producing plastic parts and components. Plastic parts, products, or items are used in almost every industry in the world; plastics are used in the aerospace and automotive industry.
Everywhere you look, you’ll surely see a plastic product around. All these plastic objects and parts are most likely manufactured using a plastic injection machine.
It’s safe to say that the plastic industry is evolving and infiltrating into other sectors.
However, as the plastic industry is evolving, it’s only best to include effective strategies of working with tooling partners and mold makers to work more efficiently and reduce lead times.
In this article, you’ll learn what injection molding is:
What is injection molding?
Injection molding is a sophisticated manufacturing process. The process entails using a specialized hydraulic or electric machine to melt raw plastic before feeding the molten plastic into a specially designed mold. There the molten plastic takes the shape of the mold, cools, solidifies, and comes out as a finished product.
Most manufacturers prefer the plastic injection process due to a variety of reasons. These reasons include:
Flexibility
With the plastic molding process, the manufacturer can decide on which design and shape the mold should take and can also choose the thermoplastic to be used for the production of each component. This means that through the injection molding process, different components and parts can be produced, including parts that are highly detailed and intricate.
Efficiency
After setting up and testing the process, the injection molding process can efficiently produce thousands and millions of items within a day. Using an electric plastic injection machine also helps to facilitate the production process while saving energy.
1. Consistency
If the plastic molding process is closely monitored and controlled, the plastic injection machine can produce thousands and millions of parts in record time and at a consistent quality.
2. Cost-effectiveness
Once the most expensive element of the molding machine (which is the mold) has been built, it drastically reduces the cost of production per component, especially if the parts are created in high volumes.
Quality
Every manufacturer is looking to produce items that are strong, highly detailed, and flexible; the injection molding process is the best option to achieve the desired consistency and quality needed.