Double head rotating feeding rack is a material handling equipment used in automated production lines, particularly suitable for unwinding, leveling, and conveying metal coils. It usually consists of two independent material racks that can load materials simultaneously or alternately, and achieve suitable material changing speed through a rotating mechanism, thereby significantly improving production efficiency and reducing downtime. The dual head rotating feeding rack can be used in conjunction with punching machines, laser cutting machines, and other equipment, and is widely used in industries such as automotive components, diagnostic and treatment equipment, and steel cutting.
Functional Features
Efficient feeding: The double headed rotating feeding rack allows for feeding on the other side of the unwinding machine while one machine is working normally, thus achieving a continuous production process.
Shortened preparation time for variable coil: Due to the ability to prepare materials on both sides simultaneously, waiting time can be reduced and production efficiency can be increased.
Structural stability: The design of double headed material racks usually considers stability to confirm the service life of materials and the safety of the production process.
Multifunctionality: The dual head rotating feeding rack can be customized according to specific customer needs, such as adjusting the size, load capacity, and rotation mode of the rack.
Automated operation: Through touch screen point control operation, the feeding, tightening, pressing, feeding, unwinding, leveling, feeding and other processes of the coil material can be completed, reducing manual intervention.
The dual head rotating feeding rack is an important equipment for improving the efficiency of automated production lines. Through its reliable design and functions, it can adapt to diverse production needs and play a key role in modern manufacturing. If you are looking for or more clinically focused feeding equipment, a dual head rotating feeding rack is a worthwhile option to consider.
