Hydraulic shearing Machine is a hydraulic powered cutting tool for steel plates, we offer sheet metal hydraulic guillotine shears and swing beam shears. The metal shearing machine works through two cylinders to force the ram and upper blade down. It has a wide range of cutting thickness from 4mm to 20 mm and cutting length from 2M to 6M for mild steel and stainless steel. The steel plate shearing machine has helped us develop durable, low distortion, and precise cutting machines with high efficiency and productivity.
This hydraulic metal Shearing machine consists of a Frame, hydraulic system, shearing machine hydraulic circuit, shear blades. the hydraulic system Drives the hold-down cylinder to press the steel plate. the left and right oil cylinders to drive the moving blade up and down movement. both cutting blades fix on the blade holders adopt reasonable blade clearance. It can breaks sheet metal plates into required lengths with a fixed cutting angle. The blade gap adjustment can be made according to the wide variety of material thickness.
The Hydraulic Shear machine adopts high-quality components for high strength & toughness. our steel plate shearing machine includes one top blade and a lower die, and square arms. We offer a cutting machine solution for mild steel, aluminum, and stainless steel. If you need an automatic, mechanical shear, or metal plate shearing machine, Contact us today.
Standard Configuration
Estun E21S System
The E21S controller is commonly used in numerical control plate shears, such as hydraulic guillotine shears and hydraulic swing beam shears.
Ball support front Table
The ball-type front support reduces friction between the plate and the table, ensuring a smooth plate surface.
Back Side
The heavy-duty backgauge design ensures collision resistance of the back stopper and is less prone to deformation.
Siemens Motor
Schneider Electrical
Tube Fitting
The tube fitting makes a more stable structure and long life, and reducing oil leaking.
Blade Clearance
Hydraulic Shearing Machine Specification
| Model | Cutting Thickness | Max. Cutting Length | Cutter Blade Length | Cutting Angle | Stroke Numbers (Hits/min) |
X-axis Backgauge | Working Height | Power | L*W*H(mm) | Weight |
| QC12Y-4*2500 | 4mm | 2500mm | 2600mm | 1°30 | 8-14 | 550mm | 800mm | 5.5KW | 1850*1650*1850 | 4.1Ton |
| QC12Y-4*3200 | 4mm | 3200mm | 3300mm | 1°30 | 8-14 | 550mm | 800mm | 5.5KW | 2850*1650*1850 | 3.8Ton |
| QC12Y-4*4000 | 4mm | 4000mm | 4100mm | 1°30 | 8-14 | 550mm | 800mm | 5.5KW | 2850*1750*1850 | 5Ton |
| QC12Y-4*6000 | 4mm | 6000mm | 6100mm | 1°30 | 8-14 | 550mm | 800mm | 7.5KW | 3550*1750*1850 | 5.5Ton |
| QC12Y-6*2500 | 6mm | 2500mm | 2600mm | 1°30 | 8-14 | 550mm | 800mm | 7.5KW | 2850*1750*1880 | 5.85Ton |
| QC12Y-6*3200 | 6mm | 3200mm | 3300mm | 1°30 | 8-14 | 550mm | 800mm | 7.5KW | 3650*1850*1880 | 6.5Ton |
| QC12Y-6*4000 | 6mm | 4000mm | 4100mm | 1°30 | 10 | 550mm | 800mm | 7.5KW | 4650*1850*1880 | 7.8Ton |
| QC12Y-6*6000 | 6mm | 6000mm | 6100mm | 1°30 | 10 | 550mm | 800mm | 11KW | 6450*1850*1880 | 18Ton |
| QC12Y-8*2500 | 8mm | 2500mm | 2600mm | 1°30 | 14 | 550mm | 900mm | 7.5KW | 2850*1750*1950 | 7.2Ton |
| QC12Y-8*3200 | 8mm | 3200mm | 3300mm | 1°30 | 14 | 550mm | 900mm | 7.5KW | 3650*1750*1950 | 8Ton |
| QC12Y-8*4000 | 8mm | 4000mm | 4100mm | 1°30 | 14 | 550mm | 900mm | 11KW | 4650*1750*1950 | 9.5Ton |
| QC12Y-8*6000 | 8mm | 6000mm | 6100mm | 1°30 | 14 | 550mm | 900mm | 15KW | 6450*1750*1950 | 18.5Ton |
| QC12Y-12*2500 | 12mm | 2500mm | 2600mm | 1°30 | 14 | 550mm | 1000mm | 11KW | 2850*1750*2050 | 10.3Ton |
| QC12Y-12*3200 | 12mm | 3200mm | 3300mm | 1°30 | 14 | 550mm | 1000mm | 11KW | 3650*1750*2050 | 11.2Ton |
| QC12Y-12*4000 | 12mm | 4000mm | 4100mm | 1°30 | 14 | 550mm | 1000mm | 11KW | 4650*1750*2050 | 13Ton |
| QC12Y-12*6000 | 12mm | 6000mm | 6100mm | 1°30 | 14 | 550mm | 1000mm | 15KW | 6450*1750*2050 | 25.5Ton |
| QC12Y-16*2500 | 16mm | 2500mm | 2600mm | 1°30 | 14 | 550mm | 1000mm | 11KW | 2850*1750*2150 | 12Ton |
| QC12Y-16*3200 | 16mm | 3200mm | 3300mm | 1°30 | 14 | 550mm | 1000mm | 15KW | 3650*1750*2150 | 12.5Ton |
How It Works?
The Hydraulic Metal shearing Machine Advantages
The steel sheet Shearing machine makes perfect cuts for high production facilities and offers custom knives parts of shearing machine
Applications
Strips cutting
Sheet Plates
Metal Lader
FAQ- Frequently asked questions
The hydraulic shearing machine has 3 types: CNC hydraulic Shearing machine, NC hydraulic shearing machine, and manual shearing machine.
or we can classify it as: Swing beam shearing machine and Guillotine shearing machine, and shearing machine parts.
A swing beam shearing machine has a blade that pivots around a fixed point. the swing shear cutting blade design is two side edges. the guillotine shear blade is almost parallel to the fixed blade for straight slide cuts. and guillotine shear cutting blade design blade is 4-sided edges.
Tensile strength can be defined as the maximum stress that a material can bear before breaking when it is allowed to be stretched or pulled.
Physical Properties Metric English
Machinability 18.0 - 65.0 % 18.0 - 65.0 %
Shear Modulus 62.1 - 86.5 GPa 9000 - 12600 ksi
Shear Strength 74.5 - 597 MPa 10800 - 86600 psi
Izod Impact 16.3 - 208 J 12.0 - 153 ft-lb
Hydraulic shearing machine is a kind of machine that uses the moving upper blade and fixed lower blade to apply shear force to metal plates of various thicknesses by using reasonable blade clearance. so as to break and separate the plates according to the required size.
Hydraulic Shearing machine is powered by a hydraulic system. The force from the hydraulic system puts the desired material against the steel plate. The cut is controlled by a squaring arm that allows a sheet of metal to be placed in a precise location. Shearing is performed by cutting through a piece of sheet metal with a blade that's most often affixed to a tool or machine.
First of all, know well the type of hydraulic plate shears you use: swing beam shear or guillotine type. The operation of hydraulic guillotine shears is relatively simple. You can add nitrogen as long as the relevant operation button pressed.
Secondly, check the nitrogen cylinder used: whether the nitrogen is full.
Thirdly, check the pressure gauge on the steel metal shearing machine: check whether turn the switch of the metal shear machinery. If not, check if the switch is blocked. This is also the key to adding nitrogen successfully.
Finally, there is another situation: the cuter tool holder on the plate shears has not been put up yet. At this time, you need to check the main cylinder of the steel cutter: stuck or not. If stuck, it’s useless to flush more nitrogen.
Catalogue
