Steel coil slitting machine is a special metal slitter equipment designed to process steel coils into strips of required width through high-speed precision slitting and finally roll them up. The metal coils processed by the steel slitting line are used for secondary processing to produce various metal products or put on the market for sale.

The steel slitting machine production line is generally divided into four main parts: decoiler, precision disc knife holder, (belt, plate tension generating station), winder, etc., Of course, there are also auxiliary devices such as material transport, clamping machine, plate head shearing machine, buffer, guide, winding waste edge, roll shearing machine, and material discharge, all these configurations and designs are based on the customer's processing needs, factory floor space and output requirements. KINGREAL SLITTING customizes and designs suitable metal slitting line.

The core advantage of metal slitting machine equipment lies in the accuracy of slitting. The repeatability of shearing accuracy of high-precision shearing equipment is very important. It represents the overall processing accuracy of the metal slitting machine production line. Its influencing factors are not only the processing accuracy of the shearing tool but also whether the basic parameters are reasonable when selecting the equipment.

Common steel slitting machine classifications include:
According to the thickness of the coil that can be slitting, it can be divided into light gauge slitting line (processing thickness 0.2-3.0mm) and heavy gauge slitting line (processing thickness 6.0-16.0mm). According to the slitting metal material, it can be divided into copper coil slitting line, stainless steel slitting line, cold roller slitting line, silicon steel slitting line, and tinplate slitting line. According to the degree of automation, it can be divided into fully automatic metal slitting line and semi-automatic steel slitting line.

Cut to length production line is used to decoiler, straightener, trim and cut to length metal coils into plates of required width. Metal cut to length machine is suitable for cold rolled steel coils, hot rolled steel coils, stainless steel coils, galvanized steel coils, silicon steel and various types of metal coils after surface coating. After decoiler, leveling and cut to length process, they are cut into various sizes of fixed length plates. The metal plates processed by steel cut to length line are widely used in stainless steel products, electrical appliances, vehicles and machinery manufacturing industries.

1/High-speed automated operation: The cut to length machine uses an automated control system that enables continuous loading, cutting to length, and unloading of metal coils. The fastest operating speed can reach 80M/Min, which can significantly shorten the processing time of a single work-piece. Compared with traditional manual shearing or simple mechanical shearing, the production efficiency of KINGREAL SLITTING cut to length line is increased by several times or even dozens of times.

2/ Improve the production efficiency of Cut To Length Line: The coil cut to length line production line is equipped with automatic loading, unloading and waste collection devices, which can quickly complete the clamping and positioning of the coil, reducing the time of manual loading and unloading and adjusting equipment. In addition, in the process of metal coil shearing, the idle travel time can be reduced by optimizing the shearing path and parameters, further improving the production efficiency.

3/ High shearing dimensional accuracy: The metal cut to length line is equipped with a high-precision measurement and positioning system, which can accurately control the shearing length and width. Generally speaking, the length dimension accuracy can be controlled within ±0.5mm, and the width dimension accuracy can reach ±0.1mm, which can meet the processing needs of various high-precision products.

4/ Good cutting surface quality: The steel coil cut to length line adopts advanced cutting tools and shearing technology, which can make the shearing surface smooth and flat, without obvious burrs, cracks and deformation defects, which not only improves the appearance quality of the product, but also reduces the subsequent processing work, such as burr removal and grinding, and reduces production costs.