Transportation is integral to world commerce, and never has that been more apparent than today. From container ships bridging the gaps between continents to highway truckers on the interstate, plastics have revolutionized this industry. Plastic injection molding designs cosmetic parts for the interior of vehicles and generates components critical for performance. Plastics have helped businesses across the globe meet their financial milestones while limiting their costs within the transport sector. To truly understand the impact, let’s review how plastic injection molding benefits the transportation industry.[Read more…] about How Plastic Injection Molding Benefits the Transportation Industry
Nowadays, plastic injection molding is mostly performed in one of two ways: hot runner systems or cold runner systems. If you’ve worked with plastic injection molding before, you’re likely familiar with hot runner systems. However, you may not be familiar with how they operate or differ from cold runner injection molding systems. As a process that increases the cycle speed and decreases waste in plastic injection molding, it’s a very attractive means of creating high-quality plastic parts. To truly appreciate its diversity and efficiency, let’s discuss how hot runner systems operate in plastic injection molding.[Read more…] about How Hot Runner Systems Operate in Plastic Injection Molding
Plastic injection molding embodies numerous subsets of versatile manufacturing processes. Two distinct methods of plastic fabrication include overmolding and insert molding, each offering its own advantages. Insert molding is the process of molding plastic over an entirely different material, and overmolding is a method that adds a layer of material over an existing part. Though, this is not where their differences end. Let’s take a more in-depth look at the difference between overmolding and insert molding.[Read more…] about What is the Difference Between Overmolding and Insert Molding?
While we often credit automobiles and computers for the convenience we experience today, products like these wouldn’t exist at such a scale without evolving manufacturing processes like plastic injection molding. The development of plastic injection molding has enabled these technological feats by offering cost-effective and quality solutions. These have provided commercially viable plastic that served multiple different applications, allowing manufacturers to offer high-quality products to homes around the world. To truly appreciate this technique, let’s dive into the history behind plastic injection molding.[Read more…] about The History Behind Plastic Injection Molding
Plastic injection molding has the benefits of working with many different thermoplastics, each with its own unique characteristics. One of the most common types used in the industry is polycarbonate. You might have heard this plastic used in discussions about transparent roofing or in ads about luggage, headlights, and goggles. In products like these, the features of this transparent and resilient thermoplastic cannot be understated. Let’s discuss the details of polycarbonate for injection molding and whether it’s the right material for your next project.[Read more…] about Thermoplastic Highlight: Polycarbonate for Injection Molding
Companies that utilize plastic injection molding must balance several factors of the manufacturing and sales process to determine the best opportunity to recover their investment and become profitable. While there’s no right investment and sales quantity that suits every business, the principles of achieving a high return on investment (ROI) are similar to most other manufacturing techniques. It takes some careful cost analysis to earn the best plastic injection ROI, so let’s review some of the basics.[Read more…] about Steps to Earning the Best Plastic Injection Molding ROI