Hydraulic Guilltine Shearing Machine

The hydraulic guillotine shearing machine operates on a straightforward yet efficient principle. A hydraulic pump generates high-pressure oil to drive the piston cylinder, which forces the upper blade to perform a vertical, guillotine-like cutting motion against the fixed lower blade. The workpiece is clamped by a hydraulic hold-down device to prevent slippage during shearing. Blade clearance (adjustable via motorized or manual systems) ensures clean cuts by matching material thickness and type. The hydraulic system maintains uniform pressure across the blade length, enabling precise cuts (±0.05mm/m) on sheets up to 40mm thick. CNC back gauges position materials accurately for repeatable operations. Safety mechanisms include overload protection and dual-hand controls. This principle excels in processing thick steel plates, offering high straightness, minimal deformation, and burr-free edges, making it ideal for structural steel fabrication, shipbuilding, and heavy machinery industries.

Hydraulic guillotine shearing machines excel in heavy-duty metal cutting with distinct advantages. Their vertical blade motion delivers exceptional force concentration, enabling precise cuts (±0.05mm/m) on materials up to 40mm thick. Hydraulic clamping ensures workpiece stability, eliminating slippage during shearing. Adjustable blade clearance (0.5-5% of material thickness) optimizes cutting quality for diverse metals, from stainless steel to aluminum. The hydraulic system maintains uniform pressure across the blade length, achieving straightness within 1mm/m. CNC back gauges ensure ±0.1mm positioning accuracy for repeatable batch processing. Overload protection safeguards critical components, while dual-hand operation enhances safety compliance (CE certified). Energy-efficient variable-speed pumps reduce power consumption by 20% compared to fixed systems. Robust construction minimizes maintenance needs, with blade replacement requiring only 30 minutes. Ideal for structural steel, shipbuilding, and heavy machinery, these machines produce burr-free edges, reducing post-processing by 40%.