Preface In modern manufacturing, CNC milling and metal stamping stand as two core processing technologies, each possessing unique technical characteristics and application advantages. As manufacturing evolves toward higher precision, efficiency,…
In the field of precision manufacturing, “customization” and “high precision” are the core demands of corporate clients. Xiamen Goldcattle Industry and Trade Co., Ltd. (Xiamen Goldcattle), with 26 years of…
Coining is a precision metal stamping process that uses high pressure to reshape or imprint metal surfaces, creating detailed, crisp features with tight tolerances. Unlike bending or drawing, it compresses…
The “best” gauge for metal stamping depends on application needs, but 16 to 22 gauge (0.5–1.6mm thick) is widely preferred for its balance of formability, strength, and versatility. This range…
Rules of thumb for metal stamping are practical guidelines simplifying design and process decisions, focusing on formability, geometry, and efficiency. Key examples include using a minimum bend radius of 1×…
The “best” material for metal stamping depends on application needs, but low-carbon steel (mild steel) is widely favored for its balance of formability, strength, cost, and versatility. It handles bending,…
In the world of industrial manufacturing, where consistency, speed, and accuracy define success, a professional metal stamping kit isn’t just equipment—it’s a strategic asset. Unlike basic hobby kits, professional systems…
Whether you’re prototyping a new bracket, producing small-batch components, or scaling up to mass manufacturing, the right metal stamping kit can make or break your project’s success. A high-quality stamping…
Metal stamping difficulty varies widely, from straightforward for simple parts (e.g., washers) to highly challenging for complex, high-precision components. Factors like material hardness, part complexity (thin walls, tight tolerances), and…
Metal stamping is a versatile manufacturing process used to shape flat metal sheets into precise, complex parts via dies and presses. It creates components with consistent dimensions, from simple brackets…