Industry information

Deep drawing stamping is a forming process that applies pressure through stamping dies to deform flat metal materials. When the drawing depth exceeds the part's radius, it is defined as deep drawing stamping. Widely utilized across industries, it serves as one of the most economical and efficient alternatives to CNC-turned components.

Material selection and process steps of metal deep drawing technology The deep drawing process requires high ductility, tensile strength, and formability of materials, and commonly used materials include:

Metal deep drawing is a common metal plastic forming process, mainly used to manufacture thin-walled hollow parts with large depth (relative to diameter or width). This process applies pressure to metal sheets through molds and stamping equipment, causing them to undergo plastic deformation and ultimately form the desired shape. The following is a detailed introduction to metal deep drawing parts:

Metal stamping​ is a manufacturing process that involves shaping and cutting metal into various forms using dies and presses. Widely applied across industries such as automotive, aerospace, and electronics, this technique offers precision and efficiency. While material choices in metal stamping may vary by application, the most commonly used metals include steel, copper, aluminum, and stainless steel.

As an ISO9001/ISO14001/ISO45001 certified manufacturer, Laizhou Kailai supplies parts to some of the world’s famous OEM manufacturers, including Kyocera, Amsted Rail, Valeo, and more. We also have extensive experience working with medium- sized corporations, small businesses, and even start-ups. Our management team has over 30 years of experience in the manufacturing industry and we are proud to serve as our customers’ end-to-end manufacturing partner.

Metal welding​ constitutes a material fusion process employing thermal energy, mechanical force, or combined application to achieve molecular coalescence at interface zones. At atomic scales, this creates interparticle bonding through proximity-induced attraction forces between surface atoms of distinct components, resulting in unified structural integrity.