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EGSK/P - Compact PRecision Electric Actuator >> Festo's new EGSP/EGSK electric actuators provide precision in a compact package. Great for end-of-arm/ 7th axis robot applications as well as short-stroke precise positioning to ±3 micron. |
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VUVG - The new value standard in valves >> The VUVG line of directional control valves from Festo are designed to provide higher performance in a smaller, more compact package. The interchangeable electrical connection, captured screws, and robust manifold simplify installation. |
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Video: Multiple delta robots for high-precision applications >> Video shows a high-precision robotic assembly operation consisting of two Tripod robots, a rotary table, and a load-unload unit, all controlled by Festo electric and pneumatic products. |
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May Product of the Month - CMMx-AS >> Built-in Motion Control and Easy Commissioning The CMMS-AS/CMMP-AS intelligent digital servos from Festo are designed to be easy to start up and operate. Singleaxis motion control included, we include sizing and operation software to ideally match these servos to our actuators. |
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DGC/EGC - Electric or Pneumatic Actuation- Your Choice! >> The EGC and DGC actuators are designed with the same external dimensions, for easy selection of the right motion technology for your applications. Mix and match actuators with Festo, to combine the right performance with the right price.
For more information: www.festo.com/us/egc www.festo.com/us/dgc |
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Packaging machinery design may be impacted by NIST R&D
March 11, 2007
R&D activities related to smart assembly at the National Institute of Science and Technology may have direct impact on packaging machinery design.
Dale Hall, Director of the Manufacturing Engineering Laboratory (MEL) of NIST reported on the vision and needs for smart assembly at the 11th annual ARC Forum held last month in Orlando. One of the goals is to eliminate hard safety fencing and barriers that are commonly associated with robots that keep people and robots separated and thus unable to perform collaborative operations.
This technology could most certainly be applied to packaging machines that employ robotic arms or to non-robotic machines that are equipped with safety barriers. Safety barriers are a necessary evil to protect employees; but they add cost, increase complexity, consume floor space, complicate sanitation and severly limit or slow down human interaction with the machine. New safety standards, specialized safety features on controllers and the efforts of NIST and its consortium may lead to acceptable methods of eliminating barriers on machines, thus allowing machinery manufacturers to provide more value to their customers.
I don't know if the packaging machinery industry has a history of collaboration with NIST. I have frequently seen NIST working with the machine tool industry. I suppose the link to national defense is more apparent there. But, without proper and efficient packaging, national defense logistics would be a nightmare. Collaboratioin could lead to better and more timely solutions for all.
Other NIST R&D activities that may affect packaging machinery include equipment monitoring and condition maintenance, wireless performance and interoperability, and industrial control systems security. You can explore more NIST MEL activities here.
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| About Keith Campbell |
| Leaders learn from the past while
looking to the future - and bring both to bear on the here
and now. This is the philosophy that has steered Keith Campbell's
30+ years in manufacturing. It has worked for him in operations,
maintenance, engineering, R&D, education, consulting and
professional organizations--and now he's putting it to work
for you--taking you to the edge of his thoughts on packaging
operations. |
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