Engineering with plastics is a fascinating realm often punctuated by more conventional products made from materials like metal and wood. However, plastics are key components for manufacturing in the electronics and aerospace industries, requiring both detail and bulk production. With so many things to consider about CNC plastic machining, it’s good to have a clear picture of the industry. The Evolution of CNC Plastic Machining Computer numerical control (CNC) machining was once synonymous with metal cutting—an abrasive, high-heat process. The unique chemistry of plastics requires a softer touc ..read more

Manufacturers from across the industry celebrate the multifaceted material polypropylene (PP) as the Swiss Army Knife of the polymer world. Renowned for its eclectic mix of attributes ranging from thermal resistance to chemical inertness, PP has emerged as a cornerstone in the domains of engineering and manufacturing. But beyond its mechanical potential, PP encapsulates a steadfast commitment to sustainability with a growing roster of eco-friendly applications. Follow along as we explore polypropylene’s various applications and properties, illustrating how this polymer is helping to build a gr ..read more

Polyethylene is often synonymous with plastic bags and packaging materials, but did you know it’s also the foundation for some of the most innovative and sustainable solutions in various industries? We shed light on the five fascinating applications of polyethylene in this post—from revolutionizing medicine to paving the way in renewable energy. Ultra-High Molecular Weight Polyethylene in Medicine A specific type of polyethylene—ultra-high molecular weight polyethylene (UHMWPE) is revolutionizing the world of medicine. You might not see it in a hospital corridor, but it powers critical mobilit ..read more

In the high-stakes arena of automotive engineering, the unassuming plastic gear seems like an unlikely hero. However, we cannot overlook the myriad of innovations driving today’s automotive performance, including the use of plastic gears. From Formula 1 to city runabouts, plastic gears are increasingly found under the hood, in the transmission, and across the vehicle’s systems. In this comprehensive guide, we unveil five extraordinary ways plastic gears improve auto performance, redefining what our beloved vehicles are capable of. 1. Precision Engineering One of the primary attractions of plas ..read more

Non-ferrous metals, which do not contain significant amounts of iron, have unique properties that give them an edge in specific machining industries. From aluminum and copper to titanium and zinc, these materials play a pivotal role in the modern industrial landscape. In this detailed exploration, we’ll unravel the hidden benefits and challenges when machining non-ferrous metals. Types of Non-Ferrous Metals With so many different types of non-ferrous metals available, sorting them out can be difficult. Here are a few things to remember about each material. Aluminum: Ubiquitously present in ae ..read more

Monomers, the tiny, powerful building blocks of plastics, are the unsung heroes of the modern materials world. For engineers and manufacturers working with plastics, an understanding of monomers is foundational. Knowing what they are and how they work makes it easier to produce useful products that consumers will want. Learn more about monomers, what they are, and the crucial role they play in plastic machining. What Are Monomers? Monomers are individual molecules that, when combined, form a polymer. The term monomer comes from the Greek “mono,” meaning one, and “meros,” meaning part. These si ..read more

In the high-precision world of CNC machining, myths and misconceptions abound. Whether you’re a seasoned machinist, an engineering enthusiast, or a professional in the manufacturing industry, separating fact from fiction is crucial for achieving greater operational efficiency, cost reduction, and product excellence. By considering five of the most common CNC machining myths and misconceptions, you’ll gain clear, seasoned insights that will enhance your understanding of the machining process and sharpen your competitive edge in a field where knowledge is paramount. Myth 1: CNC Machines Eliminat ..read more

Plastic machining is popular in many industries. As a manufacturer or business owner, you should know the different types of plastic materials and how they affect the machining process. The desired outcome, environmental conditions, and costs can affect your material selection. With these tips for choosing the best materials for plastic machining, you can make an informed decision. Determine Your Machining Needs Before selecting a plastic machining material, you should understand the needs of your machining project. Different plastic materials have unique properties that may not work well for ..read more

Fire truck pumpers and tankers are common firefighting vehicles, yet they have some differences. We will discuss the difference between fire truck pumpers and tankers, their uses, and the type of emergencies firefighters use them for. Fire Truck Pumpers Fire truck pumpers supply water for putting out a fire. They carry water onboard and use pumps to help firefighters spray water onto flames. The high-pressure water pump sends water through the hose and nozzle, and the firefighters can regulate the water flow from there. Fire truck pumpers are the most common fire trucks in firefighting, and th ..read more

Plastic chemical tanks are widely used in various industries for storing and transporting chemicals. They offer many benefits, such as durability, corrosion resistance, and cost effectiveness. However, just like any other equipment, these tanks require regular maintenance to ensure their optimal performance and longevity. In this blog post, we will discuss how to properly clean your plastic chemical tank, covering everything from the necessary equipment to step-by-step instructions so you can keep your tank in top condition and avoid costly repairs or replacements. Why Clean Your Plastic Chemi ..read more