Industry News & Blog 
In the pursuit of enhanced efficiency and cost-effectiveness, the significance of moldability during the design process cannot be overstated. As highlighted in the article "Five Considerations for Injection Molding Design" by Protolabs, here are five pivotal design-related tips emphasized to ensure molded parts meet ideal specifications. Ensuring uniform wall thickness in part geometry is a key consideration for even cooling and hardening. While achieving absolute uniformity may not always be feasible, adhering to minimum thickness requirements avoids issues like cracking, warping, and incomplete filling. Striking a balance is crucial, as overly thick walls can lead to sink, warp, and porosity.... Read More
As highlighted by Plastics Today in the article "The Troubleshooter: Preventing Flash in Injection Molded Parts," the landscape of plastic injection processing has transformed from an art to a science over the last 30 years. Esteemed pioneers like John Bozzelli, Don Paulson, and RJG have equipped processors with tools to validate plastics processing and provided methodologies for utilizing historical data to identify changes within established process systems. In the inaugural piece of "The Troubleshooter" series, the focus is on offering insights and solutions for various defect scenarios in plastic injection processing. Concentrating on flash, a prevalent defect in plastics, the... Read More
As detailed in the article "Rapid Injection Molding: 5 Things Engineers Need to Know" on Engineering.com, the evolution of plastic injection processing has transformed it from an art to a scientific process. Pioneers like John Bozzelli, Don Paulson, and RJG have provided processors with tools to validate plastics processing and employ historical data to identify changes within established process systems. Highlighting the criticality of addressing defects, the article initiates a series named "The Troubleshooter," offering insights and solutions for various defect scenarios. Specifically, it focuses on flash, an all-too-common defect in plastics, emphasizing the aim to eliminate trimming for better... Read More
In the article "The Troubleshooter: Key Steps for a Stable Injection Molding Process," published on Plastics Today, Custom Engineered Wheels delves into the critical aspects of achieving process stability in the realm of plastic injection systems. Acknowledging that the success or failure of an injection system is contingent on the efficacy of its processes, the article emphasizes the necessity of solid processes operating at peak efficiency, with minimal scrap, to ensure plant profitability. One of the pivotal phases of process development highlighted is the standard setup, involving mold and work area configuration. Consistency and repeatability are paramount, and Custom Engineered... Read More
In the comprehensive source titled "The Basics of Plastic Injection Molding Troubleshooting," published on Plastics Today, the intricacies of plastics processing are unveiled. Achieving the efficient production of quality parts requires a finely tuned system that minimizes waste and maintains high productivity. Well-established companies can initiate their presses swiftly, generating minimal scrap—typically no more than three to five pieces—during the press startup, while consistently maintaining cycle times in line with initial projections. The ultimate challenge for processors lies in troubleshooting when validated processes encounter difficulties. This article explores the fundamental steps in process troubleshooting. The ability to swiftly identify and... Read More
In the world of industrial manufacturing, the choice between materials and processes can profoundly impact product quality, efficiency, and cost-effectiveness. When it comes to molding solutions, two contenders stand out: custom polyurethane molding and rubber molding. Let's dive into a comparative analysis of these methods and explore the advantages of custom polyurethane molding. Durability: Custom polyurethane molding exhibits exceptional durability, surpassing rubber molding. Polyurethane is highly resistant to wear, tear, and abrasion, making it an ideal choice for parts and components subjected to heavy usage and challenging environments. This durability results in reduced replacement and maintenance costs over time. Versatility:... Read More
In the dynamic realm of industrial manufacturing, finding the right materials and processes can make all the difference. Among the many options available, custom polyurethane molding has emerged as a top choice for numerous industrial applications, thanks to its exceptional advantages that cater to the demands of the modern industry. Unmatched Durability: Polyurethane, a versatile polymer, is known for its remarkable durability. This makes it an ideal choice for components that must withstand heavy wear and tear in industrial environments. Whether it's conveyor belts, rollers, seals, or custom parts, polyurethane molding ensures longevity and reduces the frequency of replacements, saving... Read More
When it comes to manufacturing, precision is paramount. That's where Custom Engineered Wheels' custom injection molding process shines. With a steadfast commitment to excellence, the company leverages the art of precision engineering to craft products that meet the most demanding specifications with remarkable ease. Custom Engineered Wheels' custom injection molding process is a testament to the fusion of innovation and meticulous craftsmanship. Every step of the way, from design to production, is executed with a keen eye for detail. This dedication to precision translates into products that not only meet but exceed expectations. In the world of manufacturing, accuracy is... Read More
As described in the article "Plastic Injection Molding" by IQS Directory, plastic injection molding, also known as injection molding, is a cornerstone of modern manufacturing. The power of injection molding in the mass production of plastic parts, driving innovation and efficiency. Chapter 1 of the source content defines plastic injection molding as a process where molten plastic material is injected into a mold, cooling and solidifying to form the final product. This technique is well-suited for creating large quantities of plastic parts, catering to diverse industries and individuals. Customization takes center stage during tooling, allowing molds to shape parts... Read More
In the world of manufacturing, precision and quality are paramount. Custom Engineering Wheels stands at the forefront of this commitment with its advanced custom injection molding techniques. With a blend of innovation and expertise, the company crafts plastic parts that are not just functional, but finely tailored to meet exact specifications. Custom injection molding is a specialized process where each component is carefully designed and produced to match precise requirements. Custom Engineering Wheels excels in this arena, employing cutting-edge technology and years of experience to create parts that seamlessly integrate into diverse applications. What sets Custom Engineering Wheels apart is... Read More
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