Non-woven fabric cross-cutting machine is suitable for various types of paper slitting

Release time:

2022-09-09

Non-woven fabric cross-cutting machines are used in the processing of cardboard. In corrugated paper production lines, non-woven fabric cross-cutting machines are used to cut finished cardboard. Their technical performance and equipment adjustments directly affect the cutting size of the finished cardboard, whether the creasing line is broken, and whether the appearance of the cut is flat and beautiful. Non-woven fabric cross-cutting machines are suitable for the longitudinal and transverse cutting of various types of paper, such as gold and silver cardboard, plain rainbow paper, laser anti-counterfeiting paper, white board paper, and various thin papers.

Non-woven fabric cross-cutting machineBelongs to the category of paper box processing machinery. The non-woven fabric cross-cutting machine in the corrugated paper production line is a mechanical device for cutting finished paperboard. Its technical performance and equipment adjustment directly affect the cutting size of the finished paperboard, whether the creasing line is broken, and whether the appearance of the cut is smooth and beautiful. The non-woven fabric cross-cutting machine is suitable for the longitudinal and transverse slitting of various types of paper. Such as gold and silver coated paper, plain rainbow paper, laser anti-counterfeiting paper, white board paper and various thin papers.

Non-woven fabric cross-cuttingThe machine uses electronic components and accessories from Europe, America, and Japan, and applies intelligent control more flexibly, making the machine easy to operate and maintain, and ensuring the cutting accuracy and mechanical stability of the machine under high-speed operation.

The application of computer non-woven fabric cross-cutting machines has brought great convenience to paper cutting work. The design of computer non-woven fabric cross-cutting machines makes paper cutting work more time-saving and labor-saving. Before computer non-woven fabric cross-cutting machines, there were also some other mechanical cutting machines, but these machines can save manpower, but they still have the problem of inaccurate cutting size, so the efficiency cannot be improved.

However, the computer non-woven fabric cross-cutting machine is different. It is possible to achieve cutting operations of any specification through a priori data set, ensuring higher accuracy in cutting.

Therefore, in general, the working efficiency of computer non-woven fabric cross-cutting machines is relatively objective. However, computer non-woven fabric cross-cutting machines can also easily encounter problems of low work efficiency.

Generally, the efficiency of computer non-woven fabric cross-cutting machines depends on several factors: cutting speed, yield rate, non-operational occupancy time, stability, etc. The cutting speed of a computer non-woven fabric cross-cutting machine will naturally directly affect efficiency. For example, in the same time, the faster the computer non-woven fabric cross-cutting machine works, the higher the amount of work done. However, if only speed is pursued while causing low yield, it will also lead to increased costs and low work efficiency. Therefore, how to control the correct and reasonable operation of the computer non-woven fabric cross-cutting machine and maintain its stable performance during use is very important to its work efficiency.

In fact, a slitting machine is a mechanical device that slits wide-width paper, mica tape, or film into several narrow-width materials. It is often used in papermaking machinery, wire and cable mica tape, and printing and packaging machinery. Slitting machines are mainly used for: slitting mica tape, paper, insulating materials, and films, especially suitable for slitting narrow strips (insulating materials, mica tape, films, etc.).

Cutting machines are used for cutting large rolls of paper, film, non-woven fabric, aluminum foil, mica tape, and other thin materials into small volumes of different widths. Pre-printing and post-printing equipment used for cutting machines in papermaking machinery and printing and packaging machinery have changed from single-motor to dual-motor, and then developed to three-motor control. Under the condition of faster machine speed, it is more stable.