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- resolution better than 1nm
- 0.6 mm stroke
- gripping force up to 20 mN
- object size up to 10 mm
- different mountings available
- 2 types of grippers, planar and cannula
- can be used with positioners and manipulators
- vacuum compatible
- low voltage power supply
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 Datasheet |
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Planar Gripper |
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S = Small |
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B = Big |
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Max Stroke |
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0.7 mm |
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1.5 mm |
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Gripping Force |
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20 mN |
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150 mN |
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Resolution |
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1 nm |
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1 nm |
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Available mountings |
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cylindrical or square |
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cylindrical or square |
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Size of Objects |
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0.02 - 5 mm |
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0.1 - 10 mm |
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Cannula Gripper |
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Driven by "Small" Nanomotor |
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Max Stroke |
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0.2 mm |
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Gripping Force |
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10 mN |
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Resolution |
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1 mN |
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Diameter of cannula |
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0.8 mm |
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Klocke Nanotechnik has developed a series of different Nanomotor driven grippers operating with one nanometer resolution. Thus gripping forces can be increased extremely sensitively when gripping a micropart. A resolution down to a few nanometers is necessary to avoid microparts snapping out of the gripper since the smallest movements cause the forces to increase rapidly.
The gripper structures can be produced in shapes and materials to suit the customer's needs.
The grippers can be combined with NanoStages and NanoManipulators to form assembly, handling and interconnection stages with many degrees of freedom. All of these devices can be controlled by the same electronics and software. |
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