Machine shears: scrap shears
Customizable parameters of our scrap shears
Cutting force
The maximum force (in tons) that the scrap shear can exert on the material. This is a measure of the cutting performance.
Cutting length
The maximum length of the cut in the longitudinal direction (in mm).
Material thickness
The maximum thickness of the material to be cut (in mm).
Cutting accuracy
The accuracy with which the scrap shear can cut the material, often expressed in tolerances.
Cutting speed
The speed at which the shear blades cut the material (in cuts per minute).
Shear opening width
The maximum opening width of the shear, which indicates how large the material to be cut can be (in mm).
Number of shearing blades
The number and type of cutting knives affect the efficiency and quality of the cutting process.
Security features
Modern scrap shears are often equipped with various safety features to prevent accidents.
Customizability
The ability of the scrap shear to adapt to different materials or material thicknesses.
Energy efficiency
The energy consumption of the scrap shear can be a factor, especially concerning operating costs and environmental impacts.
Would you like to know more about our scrap shears?
We would be happy to discuss your specific case in a non-binding conversation. You can expect the following:
- joint concept discussion for the new scrap shear
- first sketches of the new machine
- Discussions with design and production
- Access to confidential videos
Please feel free to contact me to arrange an appointment regarding scrap shears.
What is a scrap shear?
A scrap shear, also known as a scrap cutting press or scrap cutting machine, is a specialized industrial machine designed for shredding, cutting, or shearing metal scrap, particularly large and bulky metal parts. Scrap shears play an important role in metal recycling, as they help to break down scrap metal into smaller, manageable pieces that are easier to transport and process further.