| 15
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.)
|
16
The Robo Cylinder PUSH function used in the testing
of switches after assembly. |
| 17
A Robo Cylinder moving at a fixed speed ensures
the surface uniformity of a trough containing a solvent with a
high viscosity coefficient. |
18
An RC positions a vision sensor which inspects
tire markings. Multiple-positioning capability enables this system
to process tires of various widths.
|
| 19
Two Rod type actuators used in conjunction with
an Integrated Combination System to position discs. |
20
The incremental motion capability of a Rod type
actuator synchronizes the position of a stocker to collect material
from a conveyor. |
| 21
A Robo Cylinder used to position a dispensing
head at various heights. |
22
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.
|
| 23
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. |
24
The Robo Cylinder PUSH function is used in resistance
welding of electronic components. |
| 25
The Robo Cylinder PUSH function is used to insert
mounting pins into a PCB |
26
A Rod type inserts and retracts a nozzle into
a shampoo container, so as to fill it without bubbling. |
