Hydraulic Swing Shearing Machine

Hydraulic swing shearing machines offer distinct advantages in metal fabrication. Their swing beam design utilizes an arc-shaped cutting motion, reducing blade friction and extending tool life by 30-50% compared to guillotine-style cutters. The hydraulic system ensures consistent cutting force across full sheet widths, maintaining ±0.1mm precision for materials up to 20mm thick. Integrated safety features like photoelectric guards and dual-hand operation meet CE standards while boosting productivity by 25% through rapid return strokes. Energy-saving hydraulic circuits cut power consumption by 15-20% through variable pump technology. The adjustable rake angle (0.5°-2.5°) and CNC back gauge systems enable versatile processing of diverse materials from stainless steel to aluminum alloys. Maintenance costs remain low due to simplified blade adjustment mechanisms and self-lubricating guideways. These machines particularly excel in high-volume production environments requiring precise, burr-free cuts with minimal material deformation.

A hydraulic swing shearing machine cuts metal plates using a swinging upper blade driven by hydraulic power. The process begins when the hydraulic pump pressurizes oil, activating cylinders to lower the press beam and clamp the workpiece. The upper blade, mounted on a pivoting swing frame, moves in an arc motion, shearing the plate against the fixed lower blade. This angular cutting action reduces blade friction and shock, enabling smooth, low-noise operation.

The CNC system controls parameters like blade gap, cutting length (via backgauge positioning), and pressure for precise, repeatable cuts. Sensors monitor real-time alignment, while adjustable hydraulic pressure adapts to material thickness (up to 30mm). Post-cut, the blade retracts automatically, and scrap falls clear. Key advantages include energy efficiency, minimal distortion, and extended blade life due to optimized force distribution. Ideal for heavy-duty industrial sheet metal processing.