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The mechanical turret punching machine stands as a pivotal and highly sophisticated piece of equipment within the realm of metal plate processing. Engineered with cutting-edge technology, it has the remarkable ability to execute a wide array of tasks with precision and efficiency. At its core, this advanced machine is designed to automatically carry out intricate processes such as punching and forming on metal plates, all under the seamless control of specialized programming software.
This state-of-the-art equipment is meticulously composed of several integral components that work in harmony to deliver exceptional performance. The computer control system serves as the brain of the machine, enabling operators to input detailed instructions and programs with ease. It precisely coordinates the movements and operations of the entire system, ensuring that each processing step is carried out with utmost accuracy.
The mechanical power system provides the necessary force and energy to drive the punching and forming operations. With its robust design and high-powered components, it can handle a variety of metal plate thicknesses and materials, from thin sheets of aluminum to thick plates of stainless steel.
The mold library is a crucial feature of the mechanical turret punching machine. It houses a diverse range of molds, each specifically designed for different types of punching and forming tasks. These molds are carefully crafted to ensure consistent and high-quality results. The mold selection system, on the other hand, allows for quick and easy switching between molds. Operators can simply select the appropriate mold based on the specific processing requirements, and the machine will automatically position it for use.
Configuration | |
Workstation | Secondary positioning |
Clamp | All-electric servo intelligent striking head |
Through the precise mechanical structure and transmission system, high processing accuracy can be achieved.
The machine body is usually made of high rigidity materials to ensure stability during processing.
It can adapt to different processing needs by changing the mold.
Equipped with an intuitive control system, the operator can easily set up and adjust.
Especially suitable for medium and small batches or single pieces of sheet metal stamping of multiple varieties.
production of various precision electronic components and communication equipment parts.
used to process metal parts of household appliances, such as the outer shell and internal parts of refrigerators, washing machines, and air conditioners.
production of hardware tools, construction hardware, daily hardware, etc.
used to produce automobile parts, such as body panels, chassis parts, engine parts, etc.
The mechanical turret punching machine stands as a pivotal and highly sophisticated piece of equipment within the realm of metal plate processing. Engineered with cutting-edge technology, it has the remarkable ability to execute a wide array of tasks with precision and efficiency. At its core, this advanced machine is designed to automatically carry out intricate processes such as punching and forming on metal plates, all under the seamless control of specialized programming software.
This state-of-the-art equipment is meticulously composed of several integral components that work in harmony to deliver exceptional performance. The computer control system serves as the brain of the machine, enabling operators to input detailed instructions and programs with ease. It precisely coordinates the movements and operations of the entire system, ensuring that each processing step is carried out with utmost accuracy.
The mechanical power system provides the necessary force and energy to drive the punching and forming operations. With its robust design and high-powered components, it can handle a variety of metal plate thicknesses and materials, from thin sheets of aluminum to thick plates of stainless steel.
The mold library is a crucial feature of the mechanical turret punching machine. It houses a diverse range of molds, each specifically designed for different types of punching and forming tasks. These molds are carefully crafted to ensure consistent and high-quality results. The mold selection system, on the other hand, allows for quick and easy switching between molds. Operators can simply select the appropriate mold based on the specific processing requirements, and the machine will automatically position it for use.
Configuration | |
Workstation | Secondary positioning |
Clamp | All-electric servo intelligent striking head |
Through the precise mechanical structure and transmission system, high processing accuracy can be achieved.
The machine body is usually made of high rigidity materials to ensure stability during processing.
It can adapt to different processing needs by changing the mold.
Equipped with an intuitive control system, the operator can easily set up and adjust.
Especially suitable for medium and small batches or single pieces of sheet metal stamping of multiple varieties.
production of various precision electronic components and communication equipment parts.
used to process metal parts of household appliances, such as the outer shell and internal parts of refrigerators, washing machines, and air conditioners.
production of hardware tools, construction hardware, daily hardware, etc.
used to produce automobile parts, such as body panels, chassis parts, engine parts, etc.
Nominal force | KN | 300 |
Punching frequency | hpm | 240 |
Maximum processing plate (including one repositioning) | mm | 2500*1250 |
Secondary positioning (including primary repositioning) | mm | 5000*1250 |
Maximum diameter of punching at one time | mm | 88.9 |
Processing plate thickness | mm | ≤6.35 |
Processing accuracy | mm | ±0.1 |
Feeding speed | m/min | ≤110 |
Mold distribution | 32(16A 10B 2B 2C 2D) | |
Turret rotation speed | r | 30 |
Number of CNC axes | 5(X Y T C A) | |
Main motor power | kw | 27 |
Air source pressure | mpa | 0.6 |
Machine size | mm | 2170/5670*5200*2300 |
Nominal force | KN | 300 |
Punching frequency | hpm | 240 |
Maximum processing plate (including one repositioning) | mm | 2500*1250 |
Secondary positioning (including primary repositioning) | mm | 5000*1250 |
Maximum diameter of punching at one time | mm | 88.9 |
Processing plate thickness | mm | ≤6.35 |
Processing accuracy | mm | ±0.1 |
Feeding speed | m/min | ≤110 |
Mold distribution | 32(16A 10B 2B 2C 2D) | |
Turret rotation speed | r | 30 |
Number of CNC axes | 5(X Y T C A) | |
Main motor power | kw | 27 |
Air source pressure | mpa | 0.6 |
Machine size | mm | 2170/5670*5200*2300 |