Used VIGERT 12X2500 Shearing Machine For Sale

A shearing machine is a fundamental tool in metal fabrication used to cut sheet metal, plate, and sometimes even bars or rods. Here’s a breakdown of its components and operation:VIGERT 12X2500 Shearing Machine

1. Cadre: Like many machine tools, the frame provides structural support and stability to the shearing machine. It’s typically made of welded steel or cast iron to withstand the forces involved in cutting metal.VIGERT 12X2500 Shearing Machine
2. Upper Blade (or Shear Blade): The upper blade is mounted on the ram or upper beam of the shearing machine. It is the cutting tool that moves downward to apply force to the metal being cut.VIGERT 12X2500 Shearing Machine
3. Lower Blade (or Bed Blade): The lower blade is fixed to the bed or lower beam of the shearing machine. It provides a flat surface against which the upper blade presses, creating a shearing action to cut the metal.VIGERT 12X2500 Shearing Machine
4. Maintien: Hold-downs are devices used to clamp the metal securely in place during the cutting process. They prevent the metal from moving or buckling under the force of the blades.VIGERT 12X2500 Shearing Machine
5. Butée arrière: Similar to the backgauge on a press brake, the backgauge on a shearing machine helps position the metal accurately for cutting. It can be manually adjusted or CNC-controlled for precise positioning.
6. Système hydraulique: Many modern shearing machines use hydraulic systems to generate the force needed for cutting. Hydraulic cylinders apply pressure to the upper blade, allowing for controlled and precise cutting operations.
7. Panneau de contrôle: Advanced shearing machines are equipped with electronic control panels that allow operators to input cutting parameters such as cut length and material thickness. CNC (Computer Numerical Control) shearing machines offer automation and programming capabilities for complex cutting tasks.

The operation of a shearing machine involves positioning the metal between the upper and lower blades, activating the hydraulic system to apply force, and then lowering the upper blade to shear through the metal. Skilled operators ensure that the metal is securely clamped and that the cutting parameters are set correctly to produce accurate cuts according to engineering specifications.