Parker Origa Corporation
Glendale Heights, IL 60139
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Oscillating Valve has electric actuator.
Valve allows user to control reciprocating motion and stroke frequency of cylinder with electrical signal. Outlet ports of valve are alternately supplied with air for as long as electrical signal is present at solenoid coil. When electrical signal is interrupted, cylinder completes its cycle and returns to its home position. Complete 1/4 power valve, with a Cv of 1.3. Many standard voltages...
Read More »Rodless Pneumatic Cylinder works in temperatures to 500 -ºF.
OSP Series Thermocylinder can be used for door opening and transfer in extreme temperature applications. It uses heat transfer and thermodynamic principles to allow coolant to pass through entire length of cylinder. As coolant passes through, heat energy is absorbed and barrel behaves similar to water jacket. This keeps heat away from cylinder bore where plastic and rubber parts are used.
Read More »HOERBIGER-ORIGA Corp. increases revenues, sales leads with 3D PartStream.NET-powered interactive catalog
Automation systems provider also streamlines product design and analysis with SolidWorks 3D mechanical design and COSMOS design analysis software CONCORD, Mass., Oct. 4, 2005 - Global automation system provider HOERBIGER-ORIGA Corp. has grown revenues, reduced printing costs by 75 percent, and cut at least two days out of customers' part searches and configuration times with an interactive online...
Read More »Oscillating Valve has electric actuator.
Valve allows user to control reciprocating motion and stroke frequency of cylinder with electrical signal. Outlet ports of valve are alternately supplied with air for as long as electrical signal is present at solenoid coil. When electrical signal is interrupted, cylinder completes its cycle and returns to its home position. Complete 1/4 power valve, with a Cv of 1.3. Many standard voltages...
Read More »Rodless Pneumatic Cylinder works in temperatures to 500 -ºF.
OSP Series Thermocylinder can be used for door opening and transfer in extreme temperature applications. It uses heat transfer and thermodynamic principles to allow coolant to pass through entire length of cylinder. As coolant passes through, heat energy is absorbed and barrel behaves similar to water jacket. This keeps heat away from cylinder bore where plastic and rubber parts are used.
Read More »