What Is The Purpose Of The Slitter Machine?

Scuttering machine is a mechanical equipment widely used in industrial production, its main use is to cut wide paper, film, metal, fabric and other materials into a number of narrow materials to meet the needs of different fields and processes. The following is a detailed description of the use of the slitter

First, the main application areas
Paper processing
In paper making machinery and printing and packaging machinery, slitter machines are often used to cut large paper rolls into the required paper specifications, such as for the production of books, magazines, wrapping paper, etc.
Plastic product production
In the production of plastic products, the slitter can be used to cut plastic film or sheet into the required size, which is widely used in food packaging, medical packaging, agricultural covering film and other fields.
Metal working
In the field of metal processing, scutters are used to cut metal sheets, pipes, etc., to provide basic materials for the production of metal products.
Fabric cutting
Scuttling machine is also suitable for non-woven fabrics, insulation materials, mica tape and other fabrics scuttling, for textile, electronics, electrical and other industries to provide the required materials.
Second, specific functional characteristics
Slitter function
The slitting machine can cut the wide material into a number of narrow materials through the cutting function of the blade or the knife die, and the cutting precision is high and the quality is reliable.
Tension control
Modern slitter adopts automatic tension control system, which controls the tension of material surface by adjusting the current of magnetic powder clutch or vector frequency motor to ensure the stability of slitter process and the quality of material.
Automation and intelligence
With the progress of science and technology, scuttling machines are becoming more and more automated and intelligent. The slitter with a high degree of automation can achieve automatic material positioning, cutting and emission through sensors, control systems, etc., to improve production efficiency and product quality.
Multiple cutting methods
According to different materials and cutting requirements, the slitter can choose cutting methods such as shear or pressure cutting to meet diversified production needs.