Different metal cutting and demolition projects require different hydraulic shear configurations. Scrap metal processing may focus on cutting force and opening size, while vehicle dismantling or steel structure demolition may require a different combination of working depth and excavator size.
Our double‑cylinder hydraulic shears mount easily on excavators. They adopt two hydraulic cylinders with a synchronous mechanism to deliver powerful cutting force and stable performance. They handle scrap metal, rebar, I‑beams, vehicle bodies, and light steel structures efficiently.
“I Need an Excavator Metal Shear for Scrap Metal Processing”
Scrap metal recycling requires equipment that can handle different metal materials while maintaining stable cutting performance.
The double-cylinder design provides strong shear force and a large opening, making this type of hydraulic shear suitable for cutting and processing waste steel, rebar, steel structures, and other discarded metal products.
The available models range from 620 kg to 4052 kg in attachment weight, with maximum opening sizes from 334.4 mm to 801 mm.
For a scrap metal project, you should therefore select the excavator metal shear according to the material being processed, required opening size, and excavator capacity.
A larger opening can be useful when the material has a larger cross-section, while the excavator weight also needs to match the selected shear model.
twin cylinder shear steel demolition
double cylinder shear demolition site
“I Need a Metal Shear Attachment for Excavator for Vehicle Dismantling”
Vehicle dismantling involves cutting and processing components such as vehicle bodies and automotive frames.
We specifically engineer this product for waste vehicle dismantling and automotive beam cutting applications. Its large opening and effective shear depth provide working space for different cutting operations.
The available effective shear depth ranges from 286 mm to 736 mm across the listed models.
“I Need an Excavator Metal Shear for Heavy Steel Cutting”
hydraulic scrap shear cutting rebar
shear attachment mounted excavator
Heavy steel cutting can require greater shear force and a suitable excavator carrier.
The available models provide different shear force levels. Bottom shear force ranges from 81.2 T to 387.2 T, while medium shear force ranges from 50.2 T to 218.2 T. Tip shear force ranges from 32.2 T to 147.2 T.
Model
Excavator Weight
Max. Open Size
Bottom Shear Force
YG-620
5–9 T
334.4 mm
81.2 T
YG-1413
10–19 T
540 mm
138.2 T
YG-2200
20–25 T
500 mm
171.2 T
YG-2977
28–35 T
660 mm
330.2 T
YG-4052
38–50 T
801 mm
387.2 T
For heavy steel structures or larger metal sections, the shear force and opening size should be considered together rather than looking at attachment weight alone.
The working pressure also varies by model, from 235 bar for the YG-620 to 300–320 bar for the larger models.
The attachment weight should also be considered. The five models weigh 620 kg, 1413 kg, 2200 kg, 2977 kg, and 4052 kg, respectively.
Matching the shear to the excavator weight helps establish a suitable equipment combination before checking the remaining specifications.
“I Need Flexible Hydraulic Shear Operation for Different Working Conditions”
Different job sites may require different mounting and rotation arrangements.
You can install the standard equipment on an excavator boom. For special applications, you can also mount it on a crane. The available product information also lists 360° collision rotation and 360° hydraulic rotation configurations. Some projects may not require a rotation function, while underwater applications may require additional consideration because seawater can cause corrosion.
The hydraulic shear adopts a honed cylinder tube and imported oil seals. We manufacture its blades from wear‑resistant alloy steel to withstand high temperatures and deformation.
For special working environments, you should therefore confirm the mounting method, rotation requirement, and environmental conditions before choosing the configuration.
Still Not Sure Which Metal Shear Attachment for Excavator Fits the Project?
Five questions can quickly narrow down the suitable model:
Project Question
Specification to Check
What excavator is available?
Excavator weight
What material needs to be cut?
Scrap metal, rebar, I-beams, vehicles, or steel structures
How large is the material?
Maximum opening size
How much cutting force is required?
Bottom, medium, and tip shear force
Does the project need special operation?
Rotation, mounting method, and working environment
The listed models cover excavators from 5–9 tons to 38–50 tons, with maximum opening sizes from 334.4 mm to 801 mm and different levels of shear force.
Once the excavator weight, material type, opening requirement, cutting force, and working conditions are clear, the suitable metal shear attachment for excavator configuration becomes easier to identify.
If you need detailed specifications, mounting arrangements, or model configuration information, please contact us for further details.
