Coil decoiling and feeding are essential processes in stamping automation production. However, when dealing with thick material thickness and high elasticity, the conventional decoiler machine may cause defects such as loose steel strips, unsynchronized speed with subsequent machines, and feeding problems. These problems can affect the efficiency of the entire stamping production line and pose safety hazards.
Fortunately, a pressure device can be added to the existing decoiler machine to solve this problem. The pressure device of the decoiler machine consists of a fixed arm, a rocker arm, a pressure roller, and a cylinder. The pressure device is located at the rear position of the machine body for easy loading, installation, and fixing of the steel strip coil on the decoiler machine.
During operation, the steel strip coil is mounted on the decoiler machine’s feeding tile, and A-type irons are installed on both sides of the feeding tile to position the steel strip coil. The motor drives the feeding tile to rotate, and the steel strip actively feeds. The pressure roller always presses tightly on the steel strip coil on the feeding tile under the action of the cylinder’s pressing device, thereby reducing the sagging of the steel strip.
The induction rod on the machine body is connected to the contact block inside the machine body. The contact block is connected to the travel-driven switch of the motor. When the steel strip is used on subsequent leveling machines or feeding machines, its feeding speed is faster than the working speed of the leveling or feeding machine. The pressure roller always tightly presses on the steel strip during the decoiling and feeding process, completely avoiding the phenomenon of loose steel strips.
The induction rod oscillates with the speed of the steel strip transport and controls the motor’s start-stop through the contact block, ensuring the synchronous feeding of the steel strip with the entire stamping production line. This design significantly improves the efficiency of the entire stamping production line and ensures reliability and safety during the decoiling and feeding process.
In conclusion, adding a pressure device to your decoiler machine can help you overcome the problems of loose steel strips, unsynchronized speed with subsequent machines, and feeding problems. It can also significantly improve the efficiency of the entire stamping production line and ensure reliability and safety during the decoiling and feeding process. The design is sophisticated, beautiful, structurally reasonable, and durable. By taking advantage of this solution, you can enhance your stamping automation production, reduce material scrap, and achieve a higher production capacity.