How to Optimize the Design of Your Parts
Precision Metal Stamping can provide components that feature strength, durability, wear resistance, stability, and good conductive properties. It is also an economical way to produce high volumes of parts with consistent quality. The stamping process yields some elements that can be used to your advantage if incorporated into your design. Understanding how the process works and what to expect is key to optimizing these features.
Larson Tool Helps Design and Manufacture a New Tool—the Kuma™ Spork
For almost 100 years, Larson Tool & Stamping Company has been a valued supplier of precision metal stampings and assemblies to hundreds of U.S. companies—big and small.
Larson was built on innovation and we have established ourselves as an engineering company, standing on the shoulders of this fourth-generation, family owned and run company. Chuck Cederberg, President, and Bill Larson, Vice President and CFO, are active leaders today—their great grandfathers having laid the foundation of the company. Larson Tool holds a large handful of patents, having pioneered many great inventions.
Metal Stamping Process: The Elements of Designing a Part
Precision metal stamping is an economical process capable of producing large quantities of precision parts out of sheet or strip metals at high production rates, usually from dedicated tooling. The precision stamping industry produces components and assemblies that are involved in our everyday lives, from electronics to transportation. Your cell phone has tiny stamped metal contact pins to send power and signals throughout your phone. The structural element of the car you drove to work this morning was built from precision metal stamped parts and assemblies.
