How did the shearing machine develop?

The guillotine shearing machine utilizes a frame structure made of welded steel and features four-sided, right-angle guide rails for high precision and rigidity. It employs hydraulic pre-tightening of the guide rails. The hydraulic system uses two-way inserted integrated valves, and the entire system is controlled by a centralized button control panel. The guillotine shearing machine’s upper slide and lower hydraulic cushion offer dual-action capabilities, with working pressure and stroke adjustable within specified ranges to meet process requirements.

The working principle involves the hydraulic system applying substantial pressure to move the upper blade downward, pressing it against the lower blade. When the pressure reaches the preset value, the upper and lower blades come into contact, generating significant shearing force to cut metal sheets or profiles to the required lengths. This process is repeated to achieve batch production.

The advantages of hydraulic guillotine shearing machines lie in their high efficiency, precision, and powerful shearing capabilities. With hydraulic drive and precise mechanical mechanisms, they deliver fast and accurate shearing while accommodating various metal sheet thicknesses and strengths. Additionally, their high degree of automation and user-friendly operation greatly enhance production efficiency.

Hydraulic guillotine shearing machines find widespread applications in metal processing, manufacturing, construction, and other industries. In metal processing, they are used for cutting various sheets and profiles, while in the manufacturing industry, they can cut steel beams and frames of different sizes. In the construction sector, they are employed to cut various types of reinforcement bars and steel plates.



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