Cut To Length Line

Professional Team
Our company has a technical R&D team from well-known foreign companies, more than half of the staff have college degrees or above, using high technology to help customers achieve the best solution, customized automation equipment and the most efficient whole-line control. At the same time, it opens up the digital management channel for enterprise content for customers and connects the data of automated production lines to customers' all-round MES systems.

Our Products
15 years of in-depth research in the field of stamping automation has refined an efficient large-scale three-dimensional(3D) transfer system whole lines, an efficient and economical large-scale stamping press manipulator series line; robot tandem press series line; high-strength high-precision leveling blanking line; magnetic stacking blanking line; cutting line; swing shear line; zigzag blanking line; new and efficient big wind generator stator and rotor press line in the motor industry; continuous stacking and riveting high-speed stator and rotor stamping line; large 3-in-1 coil blanking line and other types of stamping automation unit equipment such as uncoiler, straightener, feeders and various types of manipulators.

Patented Technology
After 15 years of training, JS Tech's series of technologies are at the forefront of the industry, and have obtained invention patents and utility model patents for various production lines and excellent equipment in each unit. It also won the title of National High-tech Enterprise in 2024. JS Tech's exports a large number of products to Europe, and all products exported to Europe have obtained CE certification.

Product Application
JS Tech's products are widely used in Fortune 500 companies, various international listed companies, and well-known foreign companies; and it cooperates with large domestic and international stamping equipment manufacturers, including Yadon, YANGLI, Heduan(HFM), MINSTER, AIDA, etc.

A cut to length line is a machine used in metal processing to cut coils of material into flat sheets of predetermined lengths. Here’s a simplified overview of how a cut-to-length line works:

Material Loading: The process begins with loading a coil of material onto the entry coil car or decoiler of the cut-to-length line. The coil contains a continuous strip of metal, typically steel, aluminum, or stainless steel.

Uncoiling and Straightening: The coil is uncoiled using the decoiler or feeding mechanism, and the material is fed through a series of straightening rollers. These rollers help remove any coil set or curvature in the material, ensuring a flat and uniform surface for cutting.

Length Measurement: As the material passes through the cut-to-length line, its length is measured using a length measuring device or programmable controller. Operators can input the desired length manually or select predefined cut lengths from the machine’s control panel.

Cutting Operation: Once the desired length is determined, the material is cut using a cutting mechanism integrated into the cut-to-length line. The cutting mechanism may consist of hydraulic shears, rotary knives, or other cutting tools, depending on the type and thickness of the material being processed.

Sheet Stacking: The cut sheets are collected as they exit the cutting mechanism and stacked onto a conveyor or pallet for further processing or packaging. Some cut to length lines may include an automatic stacking system to accumulate the cut sheets neatly and efficiently.

Repeat Process: The process is repeated for each coil of material, with the cut to length line automatically adjusting the cutting parameters and sheet lengths as needed. This allows for continuous and efficient production of flat sheets of predetermined lengths.

Quality Control: Throughout the cutting process, operators monitor the quality of the cut sheets to ensure they meet the required dimensions, tolerances, and surface quality. Quality control checks may include visual inspections, measurements, and testing to verify the accuracy and consistency of the cut lengths.