Customized adjustable elastic stainless steel door closer

Description

Types of stamping

To ensure that the best process is used to manufacture your products, we provide deep draw, four-slide, progressive die, single and multistage stamping, and other options. Once your 3D model and technical drawings are submitted, Xinzhe's experts can match your project with the right stamping. 

• Deeper pieces can be created than would normally be possible with a single die by using numerous dies and phases in progressive die stamping. As the parts pass through different dies, it also permits numerous geometries for each part. Large, high volume items, like those in the automotive industry, are ideally suited for this approach. A workpiece attached to a metal strip dragged during the entire process is used in progressive die stamping, which is similar to transfer die stamping. The workpiece is taken out and moved along a conveyor in transfer die stamping. 
• With deep voids, akin to enclosed rectangles, stampings made with deep draw stamping are produced. Since the metal's structure is compressed into a more crystalline shape by the high deformation, this method produces stiff pieces. Standard draw stamping is also frequently employed, employing shallower dies to form the metal. 
• Parts are shaped using four axes rather than just one when using fourslide stamping. Electronics components like phone battery connections and other small, delicate pieces are manufactured using this technique. The automotive, aerospace, medical, and electronics industries all favor fourslide stamping because it provides increased design flexibility, reduced production costs, and quicker manufacturing turnaround times. 
• The development of stamping is hydroforming. Sheets are positioned atop a bottom-shaped die, and the upper die is shaped like an oil bladder that fills to a high pressure, forcing the metal into the lower die's shape. Hydroforming can be used to create several components at once. Although hydroforming is a fast and precise process, the components must be cut out of the sheet afterwards using a trim die. 
• Blanking is the first process before shaping, where bits are taken out of the sheet. A variation on blanking called fineblanking produces accurate cuts with flat surfaces and smooth edges.
• Another method of blanking that produces tiny spherical workpieces is coining. This eliminates burrs and rough edges from the metal and hardens it since it takes a lot of force to make a little piece. 
• In contrast to blanking, which involves removing material to form a workpiece, punching entails removing material from the workpiece. 
• By creating a sequence of depressions or raising the design above the surface, embossing gives the metal a three-dimensional appearance. 
• One axis of bending is utilized to make profiles that are shaped like U, V, or L. This method involves pressing the metal into or against a die, or clamping one side and bending the other over a die. Bending for tabs or sections of a workpiece rather than the entire piece is known as flanging.