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1. Powerful hydraulic system
The metal baler is equipped with a high-performance hydraulic system. The hydraulic pump can generate high-pressure oil to provide powerful power for the hydraulic cylinder. Under the action of high-pressure oil, the piston in the hydraulic cylinder generates a huge thrust to push the pressure head to compress the metal scrap. This hydraulic drive method can generate tons or even tens of tons of pressure, which is enough to overcome the friction and elastic force between the metal scraps and compress them quickly.
2. Reasonable structural design
The structural design of the metal baler is conducive to efficient compression. For example, the shape and size of the material box are usually optimized according to the common metal scrap shapes and compression requirements, so that the metal scrap can be evenly distributed in the material box to avoid local accumulation or uneven force. At the same time, the design of the pressure head can also ensure that the pressure is evenly applied to the metal scrap, improving the compression efficiency and quality.
3. Optimized compression process
Metal balers usually use a progressive compression process during the compression process. First, the pressure head starts to press down at a slower speed, so that the metal scrap gradually adapts to the pressure, avoiding uneven deformation of the scrap or damage to the equipment due to sudden excessive pressure. As the compression progresses, the speed and pressure of the pressure head gradually increase until the set compression target is reached. This progressive compression process can maximize the compression efficiency while ensuring the safety of the equipment.
4. Automated control system
The automated control system can accurately control the working parameters of the hydraulic system, such as pressure, speed, and holding time. According to different types of metal scrap and compression requirements, operators can easily adjust these parameters through the control system to achieve the best compression effect. In addition, the automated control system can also realize the monitoring and feedback of the entire compression process, timely discover and solve possible problems, and ensure the efficient progress of the compression work.
