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The novel intelligent hydraulic
cylinders of Simson Innovation simplify dramatically the design of
hydraulic presses. When advancing, the cylinders first run with high speed
but low forces. Only when they run into resistance, will they step up into
a high pressure mode and perform a short power-stroke. Though generating
internally high pressure, the Step-up Cylinders can be driven by
a conventional hydraulic power unit at 160 bar. This entirely novel and
patent-protected working principle makes the Simson cylinders: |
| fast |
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Even the largest units can be run at cycles below one second. |
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| slim |
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Their extremely compact design
makes it possible to apply these hydraulic cylinders even where space is
too scarce for conventional cylinders. |
| energy-saving |
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Due to their small fluid volume,
the Step-up Cylinders require only a fraction of
the power other cylinders would consume under the same conditions. |
| cost-efficient |
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The Simson cylinders can be operated
with relatively small, conventional power units. Overall investment and
operating costs can be therefore reduced substantially. Moreover, the control
system can be simplified due to the integrated control valves. The Simson
cylinders perform more cost-efficient than comparable conventional and high
pressure hydraulic cylinders or pneumo-hydraulic systems. |
The Simson Step-up Cylinders have stood the
tests of car manufacturers and other metal processing industries. They
show their advantages best when high productivity is required. The heavier
the loads are, the more relevant high speed and energy-savings become.
Moreover, the slim design of the cylinders allows to line up presses very
densely.
A product line of Step-up Cylinders from 25 to
2000 kN is available. Stroke length, driving pressure, rod end and ports
can be suited to individual demands. Customers with own production engineering
are readily able to integrate the Step-up Cylinders into their
production lines. Simson Innovation offers also a line of hydraulic
presses based on Step-up Cylinders and realizes custom
made solutions. Please contact
us for further information.
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