Design of the drawing die for the cover The design of the cover drawing die is a special technology for deep drawing of various cover parts (such as automobile engine hoods and electrical appliance housings). It is suitable for cold-rolled steel plates, aluminum alloys and other materials with a thickness of 0.8-4mm. It can process flat blanks into open partsMore

Design of hot pressing die for support The design of hot pressing die for bearings is a special technology for forming bearing parts (such as bridge bearings and mechanical bearings) at high temperatures. It is suitable for high-strength alloy structural steel (such as 40CrNiMoA) with a thickness of 10-50mm, die steel and other materials. It can realize the integral formingMore

Design of Rotating Shaft Bending Die The pivot-type bending die design is a specialized technology for bending various rod-shaped and plate-shaped parts, such as furniture brackets and mechanical connecting rods. The bending is achieved through the rotation of a pivot. Suitable for materials with thicknesses ranging from 1-8mm for mild steel and stainless steel, it can achieve bending angles ofMore

Design of the Drawing Die for Tapered Parts The design of the taper drawing die is a special technology for forming taper parts (taper angle 15°-120°) such as frustum and funnel. It is suitable for materials such as low carbon steel and aluminum alloy with a thickness of 0.5-6mm. It can achieve uniform forming of the taper surface, control theMore

Design of automatic unloading bending die The design of automatic unloading bending die is an efficient forming equipment integrating bending and automatic unloading functions. It is suitable for small bending parts (such as electronic connectors, hardware buckles) produced in batches. It can be used for copper strips and steel strips with a thickness of 0.1-3mm. It can achieve 90°-135° bending,More

Design of Punching Die for Slanted Cover The design of the bevel cover punching die is a special die technology for punching cover parts with inclined surfaces (such as automobile engine hoods and equipment inspection covers). It is suitable for materials such as aluminum alloys and stainless steel with a thickness of 1-5mm. It can punch out round holes orMore

Design of the wedge-reversing punch die The design of the wedge reversing die uses the wedge mechanism to convert the vertical movement of the press into a horizontal or inclined stamping movement. It is suitable for complex parts that require lateral punching, bending or cutting (such as automobile frame connectors, home appliance special-shaped brackets), and can complete multi-directional processing inMore

Design of the Inclined Wedge Internal Expansion Trimming Die The design of the inclined wedge internal expansion trimming die is a special die developed for the trimming of the mouth of cylindrical and cup-shaped parts (such as bearing sleeves and hydraulic cylinder barrels). The expansion block is driven by the inclined wedge to expand from the inside of the partMore

Cantilever die design The cantilever die design is a special die technology for local punching and trimming of large sheet metal edges or parts that are inconvenient to position as a whole (such as container side panels and machine tool bed edges). Its core feature is that the die body is cantilevered and can penetrate into the interior or edgeMore

Design of the Forming Die for the Fuel Tank Plate The fuel tank panel forming die design utilizes a comprehensive forming technology for deep drawing, flanging, and shaping thin sheet metal (0.8-2mm thick galvanized steel or aluminum alloy) used in automotive and hydraulic tanks. Complex curved surfaces (such as curved bottoms and sloped sidewalls) and sealing edges (5-15mm height) mustMore

Design of round tube shrinking and expanding die The design of round tube shrinking and expanding die is a special technology for shrinking (shrinking) or expanding (expanding) the ends of metal round tubes (such as air-conditioning copper tubes and automobile oil pipes). It can achieve a tube diameter change rate of 10%-30%, a roundness error ofMore

Design of the die for forming the cylinder side wall The design of the cylindrical side wall forming die is a special technology for forming structures such as ribs and grooves on the side walls of cylindrical parts (such as pressure vessel cylinders and pipe connectors). It is suitable for materials such as low-carbon steel and stainless steel with aMore

Design of cylindrical drawing die The design of the cylindrical drawing die is a key technology for forming a flat blank into a cylindrical part through multiple deep drawing. It is suitable for materials such as low-carbon steel and aluminum alloy with a thickness of 0.5-8mm. It can produce cylinders with a diameter of 10-500mm and a height of 50-1000mm.More

Mica sheet punching die design Mica sheet punching die design is a specialized technology for punching mica sheets (a high-temperature resistant insulating material with a thickness of 0.1-1mm). Suitable for punching components such as insulating gaskets and spacers in motors and electrical appliances, it can punch complex contours with a dimensional accuracy of ±0.05mm and a cut roughness of RaMore

Pipe bending die design The design of the pipe bending die is a special technology for bending metal pipes (such as steel pipes, copper pipes, and aluminum alloy pipes). It is widely used in the fields of automotive oil pipes, air conditioning pipes, and furniture brackets. It can achieve a bending angle of 90°-180° and a bending radius of R5-R100mm.More

Design of automatic bending die The bending automatic die design is an automated bending device that integrates mechanical transmission, pneumatic/hydraulic control and sensor detection. It is suitable for small bending parts (such as electronic component pins, hardware connectors) produced in batches. It can realize the full process automation of automatic feeding, positioning, bending and unloading. The production efficiency is 150-300More

Design of Tail Pipe Beading Die The design of the tail pipe rib pressing die is a forming technology for pressing reinforcing ribs on the outer surface of automobile exhaust tail pipes, air conditioning drain pipes and other pipes. By pressing annular or spiral ribs (height 0.5-3mm, width 2-10mm) on the surface of the pipe, the rigidity of the pipeMore

Design of non-guided universal die The guideless universal die design features a simplified structure, suitable for simple blanking parts such as gaskets and small brackets, with low precision requirements (dimensional tolerances IT12-IT14) and small production runs (annual production of less than 1,000 pieces). The material used is typically 0.5-5mm thick, made of mild steel or non-ferrous metals. Its key featureMore

Waste-free die design Waste-free die design is a highly efficient forming technology that optimizes nesting patterns to achieve virtually zero material waste during the blanking process (material utilization >95%). It is suitable for the mass production of narrow, elongated parts (such as blades and saw blades) and washers, using materials ranging from 0.1-2mm thick cold-rolled steel and copper strip. ItsMore

Design of Extrusion Die for Flangeless Forming Parts The extrusion die design for flangeless formed parts is a specialized die technology for edge trimming of flangeless cylindrical and box-shaped parts (such as bearing sleeves and small containers). Through a combined extrusion and shearing action, it removes burrs after deep drawing, resulting in a smooth finish (flatnessMore

Design of Flangeless Cylinder Drawing Die The design of flangeless cylindrical drawing die is a special technology for deep drawing of flangeless cylindrical parts (such as bearing sleeves and small containers). It is suitable for materials such as low carbon steel and stainless steel with a thickness of 0.5-5mm. It can draw flat blanks into the required cylindrical size onceMore

Automatic wire mold design Automatic wire mold design is an efficient mold technology for automatic forming of wires (such as iron wire, copper wire, and steel wire). It is suitable for the production of various wire products (such as springs, hooks, and fasteners). It can realize automatic feeding, cutting, bending, and forming of wires. The production efficiency can reach 100-500More

Inlay die design The inlay die design is a die technology that divides the key parts of the die, such as the punch and die, into several small pieces (inserts), and then splices them together. It is suitable for punching parts with complex shapes and large sizes (such as automobile covers and large electrical appliance housings). It can reduce theMore