In this application, the "push function" of the ROBO Cylinder is used for
ultrasonic welding.
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I/O is coordinated to create a simple, low-cost pick and place system. One
ROBO Cylinder is used to move a crate of tiles into position. A sensor detects
when the material has reached the proper height and two ROBO Cylinders then pick
and place each individual tile. (Note the space-saving, "Folded Motor"
construction of the first ROBO Cylinder, a high-thrust
RCP-SMRI-H-800-S)
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The ROBO Cylinder PUSH function used in the testing of switches after
assembly.
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A ROBO Cylinder moving at a fixed speed ensures the surface uniformity of a
trough containing a solvent with a high viscosity coefficient.
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An RC positions a vision sensor which inspects tire markings.
Multiple-positioning capability enables this system to process tires of various
widths.
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Two Rod type actuators used in conjunction with an Integrated Combination
System to position discs.
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The incremental motion capability of a Rod type actuator synchronizes the
position of a stocker to collect material from a conveyor.
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A ROBO Cylinder used to position a dispensing head at various
heights.
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In conjunction with an IS actuator, the Rod type pictured is used for a
part-insertion application. "Push Function" controls the amount of force
used for insertion.
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Two Rod type actuators used in conjunction with an Integrated Combination
System. As the height of a stack of vinyl is measured by a sensor,
incremental motion is used to raise the vinyl to the proper position. A ROBO
Cylinder then moves individual sheets of vinyl to the conveyor for use in
packaging bread.
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The ROBO Cylinder PUSH function is used in resistance welding of electronic
components.
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The ROBO Cylinder PUSH function is used to insert mounting pins into a
PCB.
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A Rod type inserts and retracts a nozzle into a shampoo container, so as to
fill it without bubbling.
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