Sealing and cutting machines are widely used in various fields, such as cutting and processing various electronic components, circuit boards, etc. in the electronic manufacturing industry; Used in the food manufacturing industry for cutting bread, cakes, candies, and other food products; Used for cutting various textiles in the clothing manufacturing industry; And in the automotive manufacturing industry, it is used to manufacture car interiors, etc. The advantages of the sealing and cutting machine mainly include improving production efficiency, ensuring product quality and accuracy, simple structure and easy maintenance.

The structure of a sealing and cutting machine is relatively simple, generally consisting of a base, frame, cutting tool, motor, reducer, stroke controller, and hydraulic system. Among them, the base and frame mainly play a supporting role, while the cutting tool is driven by motors and reducers to complete cutting and processing work, and the stroke controller controls the movement trajectory and speed of the cutting tool.

The working principle of the sealing and cutting machine is relatively simple and efficient. When working, place the material to be cut on the drum above the equipment. As the equipment starts and the material continues to pass through, the material will be moved to the cutting area at the top of the equipment. In this area, the sealing and cutting machine uses cutting tools and pressure to cut the material into the desired workpiece. The cutting components are usually composed of a bottom blade fixed above the base and a moving top blade, which is controlled by a pressure adjustment mechanism to ensure the best cutting quality of the material during cutting.