Customizable hydraulic scrap press
Customizable parameters of our hydraulic scrap presses
Pressure force
This parameter indicates the maximum force (in tons) that the stamping press can exert when compressing scrap material. The pressing force is crucial for the press's ability to efficiently compact the material.
Stroke length
The stroke length refers to the maximum vertical movement of the ram or pressing head (in mm). It indicates how far the ram can be lowered and affects the compaction of the scrap material.
Working speed
The speed (in mm/s) at which the ram is lowered and raised affects the production rate and efficiency of the scrap press.
Filling volume
This parameter refers to the maximum volume of scrap material that can be loaded into the press before it is compacted.
Work surface
The size of the working area (in mm x mm), where the scrap material is placed, affects the maximum amount of material to be compressed.
Energy consumption
The energy consumption of a hydraulic scrap press can be a factor, especially when it comes to operating costs and environmental impacts.
Control system
The control system can be manual, semi-automatic, or fully automatic, and it affects the operability and degree of automation of the scrap press.
Security features
Modern hydraulic scrap presses are often equipped with various safety features, such as light barriers, emergency stop buttons, and safety zones, to prevent accidents.
Would you like to know more about our scrap presses?
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 press
- first sketches of the new machine
- Discussions with design and production
- Access to confidential videos
You are welcome to contact me to arrange an appointment regarding the scrap press.
What is a hydraulic scrap press?
A hydraulic scrap press is an industrial machine that uses hydraulic power to compress scrap material and form it into compact, manageable bales or bundles. These presses are commonly used in recycling facilities, scrap yards, and metal processing plants to reduce the volume of scrap materials, making transport, storage, and recycling more efficient.