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, also known as a metal shear or plate shear, is a machine used in metalworking and manufacturing processes to cut or shear various types of sheet metal, plate, or other materials into specific shapes or sizes. These machines are commonly used in industries such as automotive manufacturing, aerospace, construction, and metal fabrication.
Here are some key features and information about shearing machines:
Cutting Mechanism: Shearing machines use a shearing or cutting action to separate the material along a straight line. The cutting action can be achieved using either a hydraulic, mechanical, or electric system, depending on the type of machine.
Types of Shearing Machines:
Guillotine Shears: These are the most common type of shearing machines and consist of a set of upper and lower blades. The material to be cut is placed between the blades, and they come together to perform the cut.
Swing Beam Shears: In these machines, the upper blade swings down to cut the material against a fixed lower blade.
Hydraulic Shears: These shearing machines use hydraulic power to generate the force required for cutting. They are suitable for cutting thicker and larger pieces of metal.
Mechanical Shears: Mechanical shearing machines use a mechanical power source, such as a crankshaft or flywheel, to generate cutting force. They are commonly used for thinner materials.
Cutting Capacity: Shearing machines vary in their cutting capacity, ranging from small desktop machines for light-duty applications to large industrial machines capable of cutting thick steel plates.
Accuracy and Precision: Shearing machines are known for their accuracy and precision, making them suitable for producing parts with tight tolerances.
Safety Features: Due to the powerful cutting forces involved, shearing machines often come with safety features such as guards, emergency stop buttons, and two-handed operation to protect operators.
Applications: Shearing machines are used in various applications, including cutting sheet metal for automotive body panels, HVAC ductwork, metal roofing, and structural components.
Maintenance: Regular maintenance is essential to keep shearing machines in good working condition. This includes blade sharpening or replacement, lubrication, and inspection of hydraulic or mechanical components.
Automation: In modern manufacturing settings, shearing machines are often integrated into automated production lines, allowing for higher efficiency and productivity.
In summary, shearing machines are essential tools in metalworking and manufacturing industries, allowing for the precise cutting of various types of sheet metal and other materials. They come in various types and sizes to accommodate different materials and production requirements.
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