Ferro-Magnetic Fluid Rotary Feedthroughs Solid Shaft
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| CF Flanged Solid Shaft Ferrodrives | O-Ring Flanged Solid Shaft Ferrodrives | Thread Mount Solid Shaft Ferrodrives | Baseplate Mount Solid Shaft Ferrodrives |
| CF flanged rotary motion feedthroughs routinely operate in the 10-6 Torr range and, when properly prepared and installed, may be used to mid 10-10 Torr using ConFlat compatible (CF) Mounting Flanges. | These Ferro-Magnetic Fluid sealed rotary drives are designed for high vacuum applications where the chamber port has a flat, polished outer surface suitable for seating an o-ring surrounding a hole through the vacuum wall. | These Ferro-Magnetic Fluids sealed rotary feedthroughs are sealed to a flat surface by a fluorocarbon o-ring. | These Ferro-Magnetic Fluid sealed rotary feedthroughs are sealed to the baseplate by a fluorocarbon o-ring. |
FerroTec Ferrodrives Solid Shaft
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| CF Flanged Solid Shaft Ferrodrives | O-Ring Flanged Solid Shaft Ferrodrives | Thread Mount Solid Shaft Ferrodrives | Baseplate Mount Solid Shaft Ferrodrives |
| Designed to provide rotary motion under high vacuum, these ferrofluid feedthroughs have ConFlat-compatible (CF) mounting flanges. | These Ferrofluidic® rotary drives are designed for high vacuum applications where the chamber port has a flat, polished outer surface suitable for seating an o-ring surrounding a hole through the vacuum wall. | These ferrofluid rotary feedthroughs are sealed by a fluorocarbon o-ring. They will accommodate various wall thicknesses when used with a sleeve or spacer over the unthreaded portion so that the nut compresses the o-ring. | These ferrofluid rotary feedthroughs are sealed to the baseplate by a fluorocarbon o-ring. The operator mounts these drives to the vacuum chamber by screwing them into a corresponding threaded hole, or on some models by placing them in a suitable smooth-sided port in the chamber wall. |
For a listing of Frequently Asked Questions (FAQs) about Manipulation & Motion please see this link: Manipulation & Motion FAQ.