| Customization: | Available |
|---|---|
| Warranty: | 2 |
| Application: | Household Appliances, Electronic, Hardware, Car, Commodity, Home Use |
Suppliers with verified business licenses
Audited Supplier Audited by an independent third-party inspection agency
Mold Design& Manufacturing
The power press stamping molds/tools are including:
1. progressive die,
2. Stage mold (single stage mold),
3. Transfer mold (with transfer system)
Sheet metal progressive die can complete punching, bending, stretching, forming and other processes until one part is completed.
If the complexity of the stamping is high, the progressive die can sometimes only complete the previous processing in the work piece stamping. The subsequent stamping processing is completed by the stage die.
In the progressive die, before the completion of all processes, the piece and the strip are not separated, the spacing between the adjacent two work steps must be the same, otherwise the material cannot be fed.
1. Progressive die is a multi-task sequential die. It can include punching, bending, deep drawing, forming and many other processes, so it has higher production efficiency than compound die, and can produce quite complex stamping parts.
2. Progressive die operation is safe because manpower does not have to enter the hazardous area.
3. In the progressive die design, process can be dispersed. Because the process does not have to be concentrated in the same station, there is no problem of "minimum wall thickness" in the compound mold. Therefore, the mold is relatively strong and has a long service life.
4. The progressive die is easy to realize automation, including automatic feeding, automatic output (material), automatic riveting.
5. The waste of the progressive die will drop downwards, and the work piece will come out downward or exit from the side of the mold. Therefore, high-speed presses can be used for its stamping, such as terminal dies, high-speed dies etc.
6. In general, one set of progressive die uses one press machine, so the use of progressive die can reduce the press quantity, workshop area, semi-manufactured goods transportation and storage area, and manpower required for stamping.
Because the use of progressive die requires a tie-up or side strip, the material utilization rate is lower than the blanking die; so precious metals should not use progressive die; Considering the shape of the product, using appropriate layout methods (some layout methods may make the mold more complex) can also increase the material utilization of the product.
Materials used for progressive die are generally long strips. If the material is thicker or the production batch is small, the sheet can be used; if the material is thin and the batch is large, consider using the coil. When coil is used, the material can be automatically fed, and the high-speed press can be used for automatic stamping.
Progressive die has strict requirements on the width of the material: when it is too wide, the material cannot enter the guide plate and the feeding is not smooth; if it is too narrow, it affects the feeding accuracy, and it is also easy to damage the mold.
1. Feed manually. Applicable to the case that the production batch is not large, the material is thick, and the work piece is large (for example, 3.0mm stainless steel work piece). This type of feeding method is not as efficient as automatic feeding.
2. Automatic feeder feeding. It is generally suitable for the feeding of coils in stamping. It is characterized by high feeding accuracy and high production efficiency, which is often used in mass production.
3. Attach a self-made feeding device to the mold, such as small sliders, ratchets and other structures, but generally less used this way.
What is the difference between progessive die, stage mold and transfer mold?
Continuous die (also known as progressive die, step die) refers to the press in a stroke, in turn in several different positions, at the same time to complete a number of procedures of the die. Blanking parts are gradually formed in the continuous die, continuous forming is a process method of process concentration, can make the edge cutting, incision, groove cutting, punching, plastic deformation, blanking and other processes in a mold to complete. According to the actual needs of stamping parts, according to a certain order arranged a number of stamping processes (called in the progressive die station) for continuous stamping. It can not only complete the blanking process, but also complete the forming process, and even the assembly process, many complex stamping parts that need multi-process stamping can be completely formed on a die, which provides favorable conditions for high-speed automatic stamping. It can be seen that the continuous die is a kind of punching die with many working stations and high efficiency.
Engineering mould (single working procedure mold/ single stage mold), is a single working position, single working procedure mould.It is characterized by a simple mold structure, the need for artificial or robotic arm assistance;So the relative production efficiency is low, mainly used for batch is not large, precision requirements are not high workpiece production.Due to the low cost of the engineering mould and the low requirement on the tonnage of the punch press, the engineering mould scheme is often preferred when making the mould scheme. However, with the continuous cost rising, the engineering mould will be gradually replaced by the continuous mould or transfer mould.
Multi-station transfer mold, generally refers to the use of special multi-station punch, by a number of engineering mold with a certain process connection according to the process sequence installation, a kind of mold delivered by the manipulator. The most important characteristics of the multi-station transfer die (1) in the use of multi-station punch;(2) Each station is a complete engineering model to complete a specific process. Each engineering mold (single station-mold) has a certain connection, each station mold can be adjusted independently, and the adjustment is generally not restricted by the front and back mold;(3) transmission mode: mechanical hand delivery.
Regular Mold Manufacturing parameters
| Product Name | Precision metal progressive stamping dieprecision metal progressive stamping die |
| Material | SKD11,D9, Tungsten steel, Cr12 Mov |
| Standard | DIN GB ISO JIS BA ANSI |
| Design file format | dwg, dxf, step, x_t, top, igs |
| Tooling manufacturing cycle | 3 weeks to 10 weeks |
| Forming way | Punching, blanking, bending, burning, deep drawing, forming, etc |
| Stamping parts | Aluminum, phosphor bronze,stainless steel,steel,alloy,copper,plastic etc |
| Parts machining equipment | Hot galvanized,Polish,Anodize,Sand blasting,Powder coating,Vacuum Plating,Nickel, Zinc, Chorme,Tin, Silver plating, gold-plated,imitation gold-plated,etc |
About US:
Our company is located in Wuyi, Jinhua City. Our plant area is 100,000 square meters, our plant height is more than 35 meters, and our workshop traveler is 120T, which is suitable to produce 2400T large-size Power presses. We have our owned brand - KINGLAN. Now we are among the top 3 to produce power presses in Chinese market.Our company has got ISO certificate and put ISO international quality standard system into practice, so that our products reach the international standard. Our company manufactures KINGLAN brand series 25T-2400T high-technology & high-quality press machines that can be substituted the imported products. Great manufacturing ability and matured technology are the main advantages of KINGLAN. High reliability and durability are the ever-lasting endeavor of KINGLAN. Now we are looking for dealers and distributors to promote our products in worldwide markets. If you are interested, please visit us for more information.
){kind=link}