The processing width depends on machine specifications. Standard CTL lines typically handle widths from 600 mm to 2,500 mm, while custom-designed systems can process wider materials according to customer production requirements.
A CTL Line cuts coils into sheets of specified lengths, while a slitting line cuts coils longitudinally into narrower strips. CTL lines produce flat sheets, whereas slitting lines create multiple smaller coils for downstream processing.
Precise feeding and cutting systems minimize length deviations and scrap generation. Advanced nesting and production management functions help optimize coil utilization, improving yield rates and reducing overall material costs.
CNC control enables automatic parameter setting, length adjustment, production monitoring, fault diagnosis, and data management. Operators can quickly switch production specifications, reducing setup time and improving productivity while maintaining consistent product quality.
A servo feeding system uses precision motors and encoders to control strip movement accurately. It measures the required length and feeds the material to the cutting section with high precision, significantly improving cutting consistency and… How does a servo feeding system work?
The decoiler supports and unwinds metal coils continuously into the production line. It maintains proper tension and feeding stability, ensuring smooth material flow through leveling, cutting, and stacking processes while preventing coil damage and material… What is the function of the decoiler?
Industries include automotive manufacturing, home appliances, construction materials, electrical equipment, steel service centers, aerospace components, shipbuilding, and machinery production. Any industry requiring precise metal sheets can benefit from CTL technology.
Yes. Modern CTL Lines are designed with reinforced leveling machines, stronger frames, and high-performance drive systems capable of handling high-strength steel. Special roller materials and advanced control systems help maintain precision and durability during processing.
Automatic stacking systems organize cut sheets neatly and efficiently. They reduce labor requirements, prevent surface scratches, improve workplace safety, and ensure smooth transfer to subsequent manufacturing processes. Automated stacking also increases overall production efficiency.