Performance and Feature
1. The second generation of Hydraulic swing beam shearing machine.
2. Rack, blade frame is entire welded,vibration to eliminate inner stress,to maintain good accuracy.
3. Use advanced integrate hydraulic system and good reliability.
4. Use three-point support rolling guide to eliminate the support gap,improve cut quality.
5. The clearance between the blades adjusted by hand wheel rapidly,accurancy and convenient.
6. Rectangular blade.four cutting edges, and loong service life.
7. Adjustable shearing angle to reduce deformation of the sheet.
8. The upper blade frame use introversion structure,easy for blanking to improve the accuracy of production.
9. With the sub-shear function, motorized backgauge,digital display.
A shearing machine is a mechanical device used to cut or shear various materials, such as metal sheets, plates, or rods, into desired shapes or sizes. It operates by applying shear forces to the material, causing it to deform and separate along a predetermined line.
Shearing machines consist of a stationary upper blade and a moving lower blade. The material to be cut is placed between the blades, and when the lower blade moves against the fixed upper blade, the material is subjected to intense pressure, resulting in the cutting action.
There are different types of shearing machines available, depending on the specific application and material being cut. Some common types include:
1. Guillotine Shears: These shearing machines have a vertical blade motion. The cutting action is similar to that of a guillotine, where the upper blade descends onto the material to be cut.
2. Swing Beam Shears: In these machines, the upper blade moves in a swinging motion, while the lower blade remains stationary. The swinging action allows for better blade clearance and reduces distortion of the material during cutting.
3. Hydraulic Shears: Hydraulic shearing machines use hydraulic power to drive the cutting action. They offer precise control and are capable of cutting thicker materials with higher force requirements.
4. Mechanical Shears: Mechanical shearing machines use mechanical power, typically derived from a flywheel or electric motor, to drive the cutting action. They are generally used for lighter-duty applications.
Shearing machines are commonly used in various industries, such as metalworking, fabrication, automotive, aerospace, and more. They enable efficient and accurate cutting of materials, allowing for the production of components, parts, and finished products with the desired dimensions and shapes.
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