Stamping Die
The stamping die is a critical tool in the metalworking industry. It is made using high-precision machining technology to ensure extremely accurate and consistent stamping results. The die is made of top-grade hardened steel, which has excellent wear resistance and a long service life.
It can be customized for specific stamping tasks and different metal thicknesses. The stamping die is also easy to maintain and quickly replace parts, minimizing downtime and maximizing productivity.
Zhejiang Dongxiong Machine Tool Co., Ltd. is a professional manufacturer of high precision presses/presses. Our products include Steel Stamping Dies, Hot Stamping Dies, Metal Stamping Dies, Sheet Metal Stamping Dies, etc.
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Steel Stamping DiesOpen type hyperbolic high-precision punching machine is a commonly used product for cutting, punching, and cutting large sheet materials. A large-sized workbench is more suitable for progressive dieread more
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Hot Stamping DiesA mechanical press with a worktable that is only open in the front and back, and has columns on both sides. It can arrange the various processing processes of a part in the stamping order on eachread more
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Metal Stamping DiesSteel plate welded H-shaped frame body, with high strength and good rigidity. Combination dry multi disc friction clutch and brake. Hydraulic overload protection device.read more
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Sheet Metal Stamping DiesThe open single axis high-precision steel frame punching machine adopts Japanese technology dry clutch, which has stable working performance, high production efficiency, low noise, and lowread more
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Punch Press ToolingThe open single axis high-precision steel frame punching machine adopts Japanese technology dry clutch, which has stable working performance, high production efficiency, low noise, and lowread more
Why Choose Us
Production Market
The machine tools have been exported to India, Pakistan, Vietnam, Iran, Turkey, Egypt, Russia and Southeast Asia for several decades and have been highly praised by customers.
Quality Control
All our products strictly adhere to the new national standard GB, Japanese JIS grade and JIS super precision standards.
Production Capacity
The factory of Dongxiong Machine Tool Co., Ltd. has five production workshops. Among them, three large assembly workshops are equipped with 6 wagons, each with a large lifting capacity of 100 tons and a large assembly capacity of 2,000 tons. They are suitable for the production of 15 to 2,000 tons of various types of presses.
Our Best-Selling Stamping Die
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Steel Stamping Dies
Open type hyperbolic high-precision punching machine is a commonly used product for cutting, punching, and cutting large sheet materials. A large-sized workbench is more suitable for progressive die work at different workstations and can greatly improve production efficiency.
Hot Stamping Dies
A mechanical press with a worktable that is only open in the front and back, and has columns on both sides. It can arrange the various processing processes of a part in the stamping order on each station of the press, and complete all the processing procedures within one stroke of the slider.
Metal Stamping Dies
Steel plate welded H-shaped frame body, with high strength and good rigidity. Combination dry multi disc friction clutch and brake. Hydraulic overload protection device.
Sheet Metal Stamping Dies
The open single axis high-precision steel frame punching machine adopts Japanese technology dry clutch, which has stable working performance, high production efficiency, low noise, and low maintenance cost.
Stamping Die Design Standard Structural Diagram

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A |
Upper Limit High Pillar: Functions to ensure the precision of mold closure and prevent parts from being damaged. |
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B |
Upper Mold Spring and Equi-height Sleeve: Functions to aid in ejecting the molded part |
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C |
Upper Mold Pin: Functions to precisely fix and locate the upper mold base, upper bolster, and clamp plate. |
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D |
Upper Mold Screw: Functions to secure the mold plate. |
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E |
Inner Guide Post and Guide Sleeve: Functions to bear the precision of the entire set of mold components. |
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F |
Outer Guide Post and Guide Sleeve: Functions to bear the precision of mold components and ensure alignment between upper and lower molds. |
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G |
Ejector Pin: Functions to fix and position the fixed plate and ejector plate. |
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H |
Ejector Screw: Functions to secure the mold plate. |
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I |
Lower Limit High Pillar: Functions to ensure the precision of mold closure and prevent parts from being damaged. |
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J |
Lower Mold Screw: Functions to secure the lower mold plate. |
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K |
Lower Mold Pin: Functions to precisely fix and locate the lower mold base, lower bolster, and lower mold seat. |
Carbon element steel:
Carbon steels are commonly used in molds that are small in size, common in shape, and have low compressive loads.
Low-alloy steel:
Carbon element material is the basis of low-alloy steel, and its finished product is formed by adding an appropriate amount of alloying elements to the material.
High carbon and high cadmium steel:
The advantage is that the hardness, strength, and wear resistance in the production process are the highest among all materials, and it also has good object stability, hardenability, and permeability. The effect of deformation caused by high temperature during heat treatment is small.
Steel-bonded cemented carbide:
Cemented carbide generally has higher hardness and wear resistance, while steel-bonded cemented carbide has better performance. It is made of iron powder with a small amount of alloying element powder as a binder, titanium carbide, tungsten carbide, and other materials as a hard phase, and is sintered by powder metallurgy.


1. Preparation of casting molds (containers that make liquid metal into solid castings), casting molds can be divided into sand molds, metal molds, ceramic molds, clay molds, graphite molds, etc. according to the materials used, they can be divided into disposable and semi-permanent types according to the number of uses and permanent type.
2. Melting and pouring of cast metals, cast metals (cast alloys) mainly include cast steel, cast iron, and cast non-ferrous alloys.
3. Casting treatment and inspection. Casting treatment includes:
●Removing foreign matter on the core and casting surface.
●Removing pouring risers.
●Shoveling burrs and seams, and other protrusions.
●Heat treatment.
●Shaping.
●Anti-rust treatment.
●Rough machining.
Applications of Stamping Dies
Automobile Manufacturing Industry
Stamping dies are widely used to manufacture auto parts, doors, hoods, seat frames, and other components.
01
Home Appliance Manufacturing Industry
Stamping dies are extensively used to produce the shells and components of household appliances such as refrigerators, washing machines, and air conditioner casings.
02
Electronics Manufacturing Industry
Stamping dies are used to produce the shells and structural components of electronic products such as mobile phone casings, laptop casings, and tablet casings.
03
Machinery Manufacturing Industry
Stamping dies are widely used in the production of various machinery, tools, and components.
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New Energy Sector
Stamping dies are widely used in the fields of new energy vehicles, photovoltaic equipment, wind power generation equipment, and more.
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● For the processing of small parts, it is strictly forbidden for the operator's fingers, wrists or other parts of the body to stretch into the mold area for operation.
● The processing of large parts, if the operator has to work in the mold by hand, the range of entering the mold should be reduced as much as possible, and the time for a certain part of the body to stay in the mold should be shortened as much as possible.
● All kinds of parts on the mold should have enough strength and rigidity to prevent damage and deformation during use. The fastening parts should have anti loosening measures to avoid accidental injury to operators.
● It is not allowed to produce waste or workpiece missile phenomenon during the processing process, which will affect the operator's attention or even injure the operator. In addition, the burr of blanking parts should be avoided to cut hands.
● The operator is not allowed to have too large range of action during the stamping operation to avoid losing the stable posture of the body, it is not allowed to have too many and too accurate actions during the operation. Strong noise and vibration should be avoided as far as possible.
● The die weight should be marked on the general drawing for easy installation and safety. Lifting and handling measures should be taken for parts processing above 20kg to reduce labor intensity.
● When assembling and disassembling die parts, it should be convenient and safe to avoid the possibility of clamping and cutting hands; the mould should be easy to disassemble and store.
Our Service
● Provide technical training and consulting services.
● Installation and commissioning by the seller for the Buyer.
● The warranty period of the machine tool is calculated from the date of final acceptance. The mechanical part of the punching machine is guaranteed for one year, and the electrical part is guaranteed for six months.
● After receiving the user's fault information: respond within 4-6 hours, arrive at the equipment scene within 12-24 hours.
● After the warranty period, the seller promises to provide the buyer with lifetime paid service and provide the most favorable price for the required parts.
● During the warranty period, if the equipment is damaged due to non-human reasons of the user, the seller shall provide maintenance services, and the required parts shall be borne by the seller.
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