These are parts produced by cold stamping. For example, if you have a piece of sheet metal and want to turn it into a fast food tray, you need to design a set of dies. The working surface of the dies will have the shape of the tray. By using the dies to press the sheet metal, you can obtain the desired tray shape. This is cold stamping, which directly uses dies to stamp metal materials.
Hardware refers to parts made of steel or other non-ferrous metals. The processing methods include cold/hot stamping, extrusion, rolling, welding, cutting, and other techniques. The definition of hardware is quite broad.
Stamping parts are the most commonly used components in the hardware industry. They are formed into specific shapes by applying pressure to steel or non-ferrous metal sheets using dies under room temperature conditions, with the required pressure provided by a press machine.
Stamping parts are widely used in various fields of our daily lives, including electronic devices, automotive parts, decorative materials, and more. When we refer to stamping parts, we generally mean cold-stamped parts. For example, if you have a piece of sheet metal and want to turn it into a fast food tray, you need to design a set of dies. The working surface of the dies will have the shape of the tray. By using the dies to press the sheet metal, you can obtain the desired tray shape. This is cold stamping, which directly uses dies to stamp metal materials.
A stamping parts factory typically includes basic equipment such as a shearing machine, CNC punching machine/laser, plasma, waterjet cutting machine, combination machine, bending machine, as well as various auxiliary equipment such as uncoilers, levelers, deburring machines, spot welding machines, etc.
Usually, the three most important steps in a stamping parts factory are shearing, punching/cutting, and bending.
Stamping parts are sometimes referred to as sheet metal, which comes from the English term "platemetal." It generally involves using manual or die stamping to deform thin metal sheets, forming the desired shape and size. It can further be processed into more complex parts through welding or minimal mechanical machining. For example, commonly used chimney structures, sheet metal stoves, and automotive shells are all sheet metal parts.
The processing of stamping parts is called sheet metal processing. For example, using sheet metal to make chimneys, barrels, oil tanks, ventilation pipes, bends, heads, gardens, funnels, etc. The main processes involved are shearing, bending, edge folding, and forming, welding, riveting, etc., requiring a certain level of geometric knowledge.
Stamping parts refer to thin sheet metal components that can be processed through stamping, bending, stretching, and other methods. A general definition is that the thickness of the part remains unchanged during the manufacturing process. This is in contrast to castings, forgings, and machined parts. For example, the outer shell of a car is a sheet metal part, and household items made of stainless steel are also sheet metal parts.
Modern sheet metal processes include wire winding for lamp power supplies, laser cutting, heavy-duty processing, metal bonding, metal drawing, plasma cutting, precision welding, roll forming, metal sheet bending, die forging, waterjet cutting, precision welding, and more.
Hardware refers to parts made of steel or other non-ferrous metals. The processing methods include cold/hot stamping, extrusion, rolling, welding, cutting, and other techniques. The definition of hardware is quite broad.
Stamping parts are the most commonly used components in the hardware industry. They are formed into specific shapes by applying pressure to steel or non-ferrous metal sheets using dies under room temperature conditions, with the required pressure provided by a press machine.
Stamping parts are widely used in various fields of our daily lives, including electronic devices, automotive parts, decorative materials, and more. When we refer to stamping parts, we generally mean cold-stamped parts. For example, if you have a piece of sheet metal and want to turn it into a fast food tray, you need to design a set of dies. The working surface of the dies will have the shape of the tray. By using the dies to press the sheet metal, you can obtain the desired tray shape. This is cold stamping, which directly uses dies to stamp metal materials.
A stamping parts factory typically includes basic equipment such as a shearing machine, CNC punching machine/laser, plasma, waterjet cutting machine, combination machine, bending machine, as well as various auxiliary equipment such as uncoilers, levelers, deburring machines, spot welding machines, etc.
Usually, the three most important steps in a stamping parts factory are shearing, punching/cutting, and bending.
Stamping parts are sometimes referred to as sheet metal, which comes from the English term "platemetal." It generally involves using manual or die stamping to deform thin metal sheets, forming the desired shape and size. It can further be processed into more complex parts through welding or minimal mechanical machining. For example, commonly used chimney structures, sheet metal stoves, and automotive shells are all sheet metal parts.
The processing of stamping parts is called sheet metal processing. For example, using sheet metal to make chimneys, barrels, oil tanks, ventilation pipes, bends, heads, gardens, funnels, etc. The main processes involved are shearing, bending, edge folding, and forming, welding, riveting, etc., requiring a certain level of geometric knowledge.
Stamping parts refer to thin sheet metal components that can be processed through stamping, bending, stretching, and other methods. A general definition is that the thickness of the part remains unchanged during the manufacturing process. This is in contrast to castings, forgings, and machined parts. For example, the outer shell of a car is a sheet metal part, and household items made of stainless steel are also sheet metal parts.
Modern sheet metal processes include wire winding for lamp power supplies, laser cutting, heavy-duty processing, metal bonding, metal drawing, plasma cutting, precision welding, roll forming, metal sheet bending, die forging, waterjet cutting, precision welding, and more.
