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Locking/Clamping and Braking Systems Designed For Profiled Linear Guides and Shafting
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PowerStop Industrial Shock Absorbers
manufactures the highest quality and broadest range of positional
locking/clamping elements and braking systems designed specifically for popular
linear guides such as those manufactured by
NSK, HIWIN, THK, STAR, IKO, INA,
SKF, Schneeberger, and all brands of linear shafting.
These systems are designed to
be economic and space saving; excellent for aiding in positioning, fixing, and
braking of virtually any linear and rotational travel. What is unique about the
Zimmer products are that they are
very compact and clamp directly on the linear rail, without damaging the surface.
These units are offered
in a wide range of options, including pneumatic, hydraulic, and electrically
actuated.
Features
include:
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Maximum holding
power with minimal space requirement
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No relative
movement of work piece
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No active
clamping forces in the guide carriage
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Controllable and
adjustable
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High positioning
accuracy
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High rigidity
and almost wear free
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Easy
installation and maintenance
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Optimum
price-performance ratio
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Custom units
available for unique applications
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The units
designed for braking can be used for emergency stopping
(Click on above picture for full Zimmer Clamping Unit Catalog)
Click on each Clamp Below for More Specific Information:
  
   
    
  
 Zimmer
Power Stop Shock Absorbers: |
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(Click Above Picture to Download Catalog) |
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Damping with Spiral Groove Technology:
| An industrial shock
absorber of conventional design squeezes the oil out by
the throttle bores which are inserted on one side of a
bushing. The oil will be force-diverted and enormously
strained by the high velocities of hitting.Pressure
peaks are producing vibration and are reducing the
service life of elements involved at the damping
process. The damping behaviour will be destinated by the
number of throttle bores, the energy consumption is
restricted.
The exhausting channel of the PowerStop is directly
inserted in the piston as spiral groove. During damping
the piston dives into the oil bath and picks up over the
exhausting channel the oil to be squeezed. The
mechanical strain of the oil remains low because of the
rotary rising spiral groove. The section form allows a
continuous throttle activity and guarantees a smooth
damping. The result is a maximum energy consumption
across the entire damping stroke!
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Manufactured in Germany
Visit Zimmer's Web Site For More Information:
www.zimmer-gmbh.com
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