Scrap adds a lot of hidden costs in the manufacturing process of stamping parts. When a part is rejected, that usually means more than one thing went to waste. Material is lost. The press still ran. People spent time on it. Power was used. And capacity that could have made good parts is gone. When scrap climbs,…
Metal stamping is a widely used manufacturing process for producing precise, high-volume components across many industries like automotive, electronics, appliances, aerospace, etc. A lot of the time, carbon steel and stainless steel get used for stamping parts. Both materials do bring distinct benefits, though the differences in strength, corrosion resistance, costs, and processing needs mean…
In modern manufacturing, metal stamping is one of the key processes for producing high-volume, high-precision metal components. From automotive and aerospace to medical devices and consumer electronics, countless complex metal parts rely on stamping processes for efficient and consistent production. However, when converting an engineering drawing into a finished metal part, one critical concept directly affects…
Material selection remains one of the key drivers in how good stamping parts turn out. The characteristics of the chosen material has direct influence on formability, dimensional accuracy, surface finish, wear resistance, and overall performance of the stamped components. Selecting suitable materials for metal stamping parts means you really need to look at mechanical properties, application…
Custom metal stamping has become an essential manufacturing process for producing precision parts across industries such as automotive, aerospace, electronics, medical devices, etc. As product designs become a bit more sophisticated and market demands shift toward shorter production cycles, lighter-weight materials, and higher precision, custom metal stamping is seeing some major changes lately. Today, modern…
In industries such as electronics, automotive, medical, telecommunications, and industrial equipment, small metal stamping parts are virtually ubiquitous. From tiny connecting plates and springs to precision terminals and shielding cans, these components all rely on high-precision metal stamping processes. So, who offers custom metal stamping services for small parts? While the market is flooded with suppliers,…
Metal stamping is mainly used to produce precise components for automotive, electronics, aerospace, medical equipment, etc. However, stamping defects can show up during production because of troubles with raw materials, tooling design, machine settings, lubrication, and process control. These defects can weaken product performance, raise production costs, and even cause material waste. If you understand the common defects…
As products get more and more compact and lightweight, manufacturers end up needing metal pieces with thicknesses that vary from just a few micrometers up to under 0.2 mm, while still keeping that exceptional dimensional accuracy and reliability. But honestly, manufacturing ultra-thin metal stamping parts is way harder than the usual stamped parts that people are used to. These thin…
In the modern medical device industry, every micro-component directly impacts patient safety and the clinical performance of equipment. From minimally invasive surgical instruments and implantable biochips to large-scale clinical diagnostic analyzers, the core components behind countless devices rely heavily on a critical manufacturing process: Medical Metal Stamping. As the global medical device market pushes the…
Among the many materials used for metal stamping, copper and brass are often chosen because they bring really strong conductivity, solid corrosion resistance, good formability, and that nice visual finish too. Because of this, they tend to work well for a lot of stamped parts where you need both real function and long-term durability, not just appearances….
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