A high-precision die-cutting machine is a machine equipment that can accurately cut materials. It is widely used in various industries, such as Digital printing, packaging, shoemaking, etc. This article will provide a detailed analysis of the internal structure of high-precision die-cutting machines, revealing their working principles and key components.
The internal structure of high-precision die-cutting machines mainly includes the body, transmission system, tool system, and control system.
The first part is the fuselage. The body of the high-precision die-cutting machine is made of sturdy metal materials, which can ensure the stability and rigidity of the machine during operation. The body is usually divided into two parts, the upper part is the operation panel and control system, and the lower part is the installation space for the transmission system and tool system.
The transmission system is one of the key components of high-precision die-cutting machines, which is responsible for transmitting the rotational power of the motor to the cutting tool for cutting. The transmission system usually adopts a gear transmission method, which connects the motor and tool axis through a transmission belt, chain, or direct coupling. The gears in the transmission system are usually hardened to improve their wear resistance and transmission efficiency.
The tool system is the core part of a high-precision die-cutting machine, which mainly includes the bottom mold and the upper mold. The bottom mold is located at the lower part of the body and is fixed on the tool axis in the transmission system. The upper mold is controlled by a pneumatic or hydraulic system and can move vertically or horizontally. The cutting die of the cutting tool system is usually made of alloy steel or hard alloy, which has good wear resistance and cutting performance.
The control system is the brain of high-precision die-cutting machines, responsible for controlling and adjusting the entire machine. The control system is usually composed of PLC (Programmable logic controller) or computer, which controls the operation of die-cutting machine through programming or operation interface. The control system can achieve various functions, such as adjusting the stroke and speed of the cutting tool, setting the cutting mode and quantity, and detecting the position and status of the cutting tool.
In addition to the above components, high-precision die-cutting machines also include auxiliary equipment and safety devices. Auxiliary equipment such as feeding system, paper receiving system, and waste treatment system can improve the production efficiency and operational convenience of the die-cutting machine. Safety devices such as emergency stop buttons, protective covers, and photoelectric sensors can protect the safety of operators and reduce the possibility of accidents.
Overall, the internal structure of high-precision die-cutting machines is complex and precise, and the various components work closely together to complete the cutting work. Understanding its internal structure can help operators better understand and use this machine, improving work efficiency and quality.
