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Customizable Hydraulic Assembly Press
Customizable parameters of our Hydraulic Assembly Presses
Pressure force
This parameter indicates the maximum force (in tons) that the press can exert when assembling components or assemblies. The pressing force is crucial for the press's ability to assemble components.
Stroke length
The stroke length refers to the maximum vertical movement of the assembly tool or pressure head (in mm). It indicates how far the components can be pressed in.
Working speed
The speed (in mm/s) at which the pressure head is lowered and raised affects the assembly speed.
Work surface
The size of the working area (in mm x mm) on which the components are placed affects the maximum size of the assemblies to be mounted.
Tool change system
Some hydraulic assembly presses feature automated tool change systems to facilitate the replacement of assembly tools.
Energy consumption
The energy consumption of a hydraulic assembly 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 affects the operability and the degree of automation of the stamping press.
Security features
Modern hydraulic assembly presses are often equipped with various safety features, such as light barriers, emergency stop buttons, and safety zones, to prevent accidents.
Material thickness
The maximum material thickness that the press can accommodate is an important parameter and depends on the design of the press and the components to be mounted.
How do you find the optimal assembly or joining press?
We would be happy to discuss your specific case in a non-binding conversation. You can expect the following:
- G+K concept, designs, layout
- Discussions with design and practical experts
- Budget offer - binding offer
Please feel free to contact me to arrange an appointment regarding the assembly press.
What is a hydraulic assembly press?
A hydraulic assembly press is an industrial machine that uses hydraulic force to join or assemble components. These presses are used in assembly processes to connect, press, or assemble parts. The application ranges from the automotive industry to other manufacturing areas where joining processes are controlled in terms of force and stroke, and where the force-stroke progression may be recorded.
