KINGREAL is one of the most specialized sheet metal cut to length machine manufacturers in China. We can design and manufacture different types of sheet metal cut to length machines for different sheet metal cutting needs. 

KINGREAL has been deeply involved in the field of sheet metal cutting for more than 20 years and has accumulated rich experience in the design, manufacturing and after-sales of metal coil cut to length line. Russia, UAE, Qatar, India... The metal coil cut to length lines we manufacture have been successfully exported to all over the world and are operating well in customer factories in different countries.

 KINGREAL can customize the appropriate sheet metal cut to length machine manufacturing plan for you according to your different sheet metal cutting needs. If you need high-quality sheet metal cut to length machines, don‘t hesitate to contact us!

1. Multiple models

KINGREAL provides three different types of high speed cut to length lines, namely light duty cut to length line, medium duty cut to length line and heavy duty cut to length line. Customers can choose the most suitable model according to their own production needs and the thickness of the metal materials to be processed.

- Light duty cut to length line: This model is suitable for processing metal raw materials with a thickness of 0.3-3mm, especially suitable for use in the production process of thin steel plates, galvanized steel plates and other lightweight metal materials.

- Medium duty cut to length line: This model is suitable for processing metal raw materials with a thickness of 0.3-6mm, suitable for shearing of various medium and thick materials, such as aluminum plates, iron plates and ordinary steel plates.

- Heavy duty cut to length line: This model can process metal raw materials with a thickness of 6-20mm, suitable for processing thicker metal plates, such as heavy steel plates, stainless steel plates, etc. The heavy duty cut to length line has strong shearing capacity and higher stability, which can meet the needs of large-scale industrial production, especially in the manufacture of buildings, bridges and large structural parts.

2.Multiple shearing methods

According to different production requirements and processing technology, KINGREAL provides three shearing methods: swing shearing, flying shearing and fixed shearing to ensure the best shearing effect in different situations.

- Swing shearing: By swinging the blade, accurate shearing can be achieved.

- Flying shearing: Flying shearing is known for its high speed and high precision. It is suitable for fast shearing in the production process. It can complete the shearing task in a shorter time without stopping the machine, which greatly improves production efficiency.

- Fixed shearing: When shearing the plate, it is necessary to stop the cut to length machine. This shearing method is suitable for customers with small production scale and low production efficiency requirements.

3. Multiple metal materials

KINGREAL's high speed cut to length machine can adapt to a variety of common metal materials, including galvanized sheet, PPGI, aluminum, iron, steel and stainless steel, etc.

For customers with special requirements, KINGREAL provides customized solutions. Whether it is special alloy materials or specific shearing processes that require customized knives, KINGREAL engineers can provide tailor-made high speed cut to length line solutions based on the actual needs of customers to ensure that customers achieve the best results in production.

4. High level of automation

One of the biggest advantages of KINGREAL high speed cut to length line is its high level of automation. The entire process from unwinding, leveling, shearing to winding can be completed by the machine fully automatically. The entire production process not only reduces dependence on manual labor, but also greatly improves production efficiency and product consistency. Fully automated operation not only makes the use of the equipment simpler and more convenient, but also effectively reduces human operating errors and reduces risks in production.