Cost-Effective Solutions: When to Use Die Casting Over Other Methods
Selecting the right production process is crucial for maximizing efficiency and cost-effectiveness in manufacturing. Various methods, from traditional machining to innovative 3D printing, offer unique advantages and applications. Amongst these other manufacturing options, die casting has shown to be a highly effective solution, especially for high-volume production. This blog provides an overview of die casting, […]
Debunking 4 Die Casting Misconceptions
Die casting is a common manufacturing process used in various industries: automotive, alternative energy, recreational, medical/dental, lawn & garden, lighting, electronics, power tools, and many others. Despite its widespread use, several misconceptions often cloud its true potential. In this blog, Chicago White Metal (CWM) aims to debunk these myths and shed light on die casting’s realities. Misconception […]
The Benefits of High-Volume Production in Die Casting
Chicago White Metal’s High-Pressure Die Casting process is the perfect solution for high-volume manufacturing projects – especially if you are concerned with cost, efficiency, repeatability, and producing high-quality parts. High-volume manufacturing, via the high-pressure die casting process, involves an investment in tooling. Still, the benefits are that parts can be converted from raw material to […]
CWM Invests in Robotics and Automation
Chicago White Metal remains very proactive in researching and implementing advanced technology into the die casting process, added value, and finishing operations. CWM leadership encourages an environment where team members can examine and suggest alternatives to current techniques to improve and enhance quality, efficiency, and measurability. This ultimately leads to overall efficiency for existing and […]
Comparing Aluminum, Magnesium, and Zinc Alloys
Aluminum, Magnesium, and Zinc are the most common alloys used in the die casting process. But how much do we really know about these alloys? Aluminum and Magnesium are “lightweight” metals, while Zinc alloys provide higher precision and longer tool life. If you are at the point where you’re considering die casting for your project, the next step […]
How to Select the Right Die Caster
When you’ve designed a part and are ready to partner with a die caster, you must know that you’re working with the best. Unfortunately, finding the right partner to cast your part can be difficult unless you have a relationship with an established, reputable die casting supplier. Most people believe that choosing a die caster […]
CWM & Waygate Technologies Win Prestigious IMA Award
The International Magnesium Association has awarded Chicago White Metal, in conjunction with Waygate Technologies, its 2021 IMA Award of Excellence in its Commercial (non-automotive) Cast Product! The end product for this magnesium casting is a Remote Videoscope used to inspect hard-to-reach areas. It offers HD Video and 3D measurements and features a military-grade portable design […]
Electric Vehicles: Component Manufacturing Using the High-Pressure Die Casting Process
The automobile industry is the largest market for high-pressure die casting components. The demand for electric vehicles has grown rapidly, largely thanks to changes in emission norms worldwide and a shift in consumer preferences. These changes have pushed automakers to replace heavier components with lightweight, environmentally friendly options from alloys like Magnesium or Aluminum. Reducing […]
How CWM Assures Critical Cosmetic Success
At Chicago White Metal, we constantly invest in advanced technologies to improve the die casting process. While Magmasoft® has been used in the industry for years, it’s still considered a revolutionary technology because it reduces lead time, improves quality assurance, and saves money. The engineering team at Chicago White Metal has been using Magmasoft® software […]
Webinar: Environmental Advantages of Die Casting Over Plastics
Check out this quick Environmental Webinar to learn about the advantages of using easily recyclable materials like aluminum, magnesium, or zinc instead of plastic.