| Q35Y-25 punching and shearing machine for iron plate hydraulic ironworker |
Function
Q35Y series hydraulic ironworker adopt hydraulic driving system. Ironworker can cut punch all kinds of holes. Various metal plates, square bar, angle steel, round iron, flat bars, profiled bars, channel steel and joist steel can be cutted, punched and notched on the machines.
1. Shearing Station
a. Round & square bar shearing: there are multiple holes for a varity of sizes. Adjustable hold down device is convenient for shearing various sizes of round and square bar, channel, joist, etc.
b. Flat bar shearing: large 15" squraing arm with inlaid scale as standard equipment. Special anti-disorted blade for quality cutting. Lower blade has four usage edges. There is screw allow for gap adjust no shim needed.
c. Angle iron shearing: the angle iron shear has the ability to cut angle iron at 45 degrees & 90 degrees withe diamond shaped blade. e.g.
This gives the operator the ability to make a picture frame corner for perfect welds.
d. Diamond shaped blade for quality cuts that is minimal material wast. Easily adjustable hold-down device for accurate plate cutting.
A punching and shearing machine, also known as a combined punch and shear machine or ironworker machine, is a versatile machine tool used in metal fabrication and construction to perform a variety of tasks, including hole punching, shearing, notching, and other metalworking operations. These machines are commonly used for cutting, punching, and shaping metal sheets, bars, and profiles. Here are the key features and functions of a punching and shearing machine:
Punching: Punching is one of the primary functions of this machine. It can create holes or slots in metal sheets or plates. Punching is often used for creating holes for bolts, fasteners, and cable routing in structural components.
Shearing: Shearing involves cutting metal sheets or plates into desired shapes or sizes. The machine can perform straight-line cuts, angle cuts, and other types of cutting operations. Shearing is used to trim and shape metal workpieces accurately.
Notching: Some punching and shearing machines have notching capabilities, allowing them to create notches or cuts at specific angles or positions on metal workpieces.
Bending: Some advanced models of these machines come with bending attachments that enable them to bend flat metal bars or profiles to form angles or shapes.
Versatility: Punching and shearing machines are versatile and can work with various materials, including steel, aluminum, stainless steel, and other metals. They can handle a wide range of thicknesses and sizes.
Multiple Stations: These machines typically have multiple workstations or stations where different operations can be performed. Each station is equipped with the necessary tooling for specific tasks, such as punching dies, shear blades, and notchers.
Hydraulic or Mechanical: Punching and shearing machines can be hydraulic or mechanical, with hydraulic models being more common due to their precision, power, and ease of use. Hydraulic systems provide consistent force and control for punching and shearing operations.
Control and Automation: Some modern punching and shearing machines are equipped with computer numerical control (CNC) systems that allow for precise and automated operation. CNC control enables operators to program and repeat complex punching and shearing tasks.
Safety Features: Safety is a priority in these machines. They are equipped with safety guards, emergency stop buttons, and safety interlocks to protect operators during operation.
Applications: Punching and shearing machines are used in various industries, including construction, metal fabrication, manufacturing, and steel processing. They are commonly found in metalworking shops, structural steel fabrication facilities, and factories.
In summary, punching and shearing machines are essential tools in metalworking and fabrication, offering a wide range of capabilities for cutting, punching, and shaping metal materials. Their versatility and ability to perform multiple operations make them valuable assets in various industries where metal components and structures are produced.
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