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What Are The Process Requirements For Slitter Operation?

- Mar 29, 2018 -

Operational requirements for operating the slitter:

1. The slitter shall be used for fixed-length slitting processing of whole rolls or whole raw materials, such as plastic packaging materials, packaging cartons, steel plates, films, leather, wood chips, etc. .

2. Fixed-length slitting control is divided into two types: static and dynamic slitting: when the set length is reached, it is accurately stopped, then the static slitting processing is performed, and the slitting is restarted after the operation; when the set length is reached, no shutdown is issued. Cutting signal, slitting machine dynamic cutting process in the process of material movement.

3. The most important performance index of fixed-length slitting is the slitting precision, and the consistency of the finished product length is good.

4. The cutting length can be set continuously. If there is an error in the actual cutting length, it is easy to calibrate by setting the parameters.

Not only does the slitter have operating process requirements, the rewinder and napkin machine also have corresponding process requirements. Each of these mechanical equipment employees must perform these trainings before starting the job, so as to reduce the probability of accidents. In production and processing, whether it is human or mechanical operation, we are more concerned about its work efficiency, because good efficiency can not only increase productivity for the processing and manufacturing side, but also save costs. Therefore, it pays more attention to its work performance and quality when purchasing a slitter. However, when it comes to the efficiency of the slitter, many people think that the efficiency of the slitter only depends on the speed of the slitter. Actually, I think that the efficiency of the slitter is related to the following factors: Speed, yield, non-run time, stability, etc. Cutting speed is an important indicator of the cutting machine's working efficiency. However, if the finished product rate is low, not only will the overall machine's working efficiency be low, but it will also increase the cost.

Similarly, if the non-operation takes a long time, such as: adjustment machine, knife, tool change, refueling, joints, change roll, processing problems, etc. take a long time, simply increase the speed of the slitter, there is no sense Now. Not to mention the stability of the cutting machine, not only will affect the work efficiency of the cutting machine, but also affect the product quality, but also cause trouble and unnecessary waste to the next process. So the working efficiency of the slitter is a comprehensive concept