Customization: | Available |
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Type: | General Punching Machine |
Punch Shape: | Open Punch |
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Item | ALC-110 | ALC-160 | ALC-200 | ALC-250 | ALC-315 | ||||||
Model | V | H | V | H | V | H | V | H | V | H | |
Drive type | Crank type | Crank type | Crank type | Crank type | Crank type | ||||||
Forcing point | 2 | 2 | 2 | 2 | 2 | ||||||
Frame type | One-piece steel welding body | One-piece steel welding body | One-piece steel welding body | One-piece steel welding body | One-piece steel welding body | ||||||
Nominal capacity | Ton | 110 | 160 | 200 | 250 | 315 | |||||
Rated Tonnage Point | mm | 5 | 3 | 6 | 3 | 6 | 3 | 7 | 3.5 | 7 | 3.5 |
Stroke | mm | 180 | 110 | 200 | 130 | 250 | 150 | 280 | 170 | 280 | 170 |
Stable speed | s.p.m | 35~65 | 50~100 | 30~55 | 40~85 | 25~45 | 35~70 | 20~35 | 30~60 | 20~35 | 30~50 |
Die Height | mm | 400 | 435 | 450 | 485 | 500 | 550 | 550 | 605 | 550 | 605 |
Slide Adjustment | mm | 100 | 100 | 120 | 120 | 120 | |||||
Slide Area | mm | 1400×500×70 | 1600×550×70 | 1850×650×95 | 2100×700×95 | 2100×700×95 | |||||
Bolster Area | mm | 1800×650×130 | 2000×760×150 | 2400×840×170 | 2700×900×170 | 2800×950×170 | |||||
Main Motor | KW x P | 14×4 | 15×4 | 18.5×4 | 22×4 | 30×4 +invertor | |||||
Air Pressure | kg/cm² | 5~6 | 5~6 | 5~6 | 5~6 | 5~6 | |||||
Presses Precision | ---- | Japan JIS class 1 | Japan JIS class 1 | Japan JIS class 1 | Japan JIS class 1 | Japan JIS class 1 | |||||
Die Cushion type | ---- | Two plate & two cylinders | Two plate & two cylinders | Two plate & two cylinders | Two plate & two cylinders | Two plate & two cylinders | |||||
Die cushion Capacity | ---- | 3.6×2 | 6.3×2 | 10×2 | 14×2 | 14×2 | |||||
Die cushion Stroke | mm | 70 | 70 | 80 | 100 | 120 | |||||
Die Cushion work part dimension | mm | 350×235×2 | 410×260×2 | 540×350×2 | 640×470×2 | 640×470×2 | |||||
Color | ---- | Sand color | Sand color | Sand color | Sand color | Sand color |
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 |
Our produced products
Our brand is KINGLAN, the main products we producing are pneumatic presses (20-2400T) and progressive die, laser tube cutting machine, feeder machine, and so on, which mostly used for metal piercing,drawing,forming,cutting,levelling and blanking.KINGLAN Company has more than 300 employees, and the college education accounted for 70%. In 2012, the company increased the investment of USD 100 million on the original basis, which enhanced the competitiveness, so that the products reached the top level in China. After continuous development, our current power press are also excellent in the world. Our
technologists come from Japan,Germany, and Taiwan. At present,our quality customers includ GM, GREE,Ford,ZOTYEAUTO,VW,Midea,Vanward,Aux,ect.
We can provide the whole line solution including power press, feeder and decoiler, mould, Iron-hand,etc.