Home › Bellows Feedthroughs

Bellows Feedthroughs

Rotary feedthrough on 2.75" CF flange Show Rotary Feedthroughs for Rotary feedthrough on 2.75" CF flange
Rotary Feedthroughs
Linear feedthrough on. 1.33" CF flange Show Linear Feedthroughs for Linear feedthrough on. 1.33" CF flange
Linear Feedthroughs
Push-pull feedthrough on 1.33" CF flange Show Push-Pull Linear Feedthroughs for Push-pull feedthrough on 1.33" CF flange
Push-Pull Linear Feedthroughs
AccuFlex viewport shutter on CF flange Show AccuFlex Viewport Shutters for AccuFlex viewport shutter on CF flange
AccuFlex Viewport Shutters
Wobble Stick Feedthroughs Show Wobble Stick Linear-Angular Travel Feedthroughs for Wobble Stick Feedthroughs
Wobble Stick Linear-Angular Travel Feedthroughs

High (HV) and Ultrahigh (UHV) Motion and Manipulation

AGP offers a line of Linear, Push-Pull, Wobble Sticks, and Rotary feedthroughs designed to meet the demands of motion and manipulation in ultrahigh (UHV) and high in-vacuum (HV) environments.

Manufactured with stainless steel bearings (we never use bushings that can wear out) and sealed using AM-350 edge-welded bellows, our linear and rotary feedthroughs are the most reliable and robust available anywhere.

The links above provide access to our line of motion feedthroughs as well as our stepper motor and pneumatic actuator options.

 Please refer to each category below for complete specifications. 

 

Motion and Manipulation Feedthrough Material Specifications
Material 
  • Internal Body
  • Housing
  • Bellows
  • Elastomer Sealed Shaft Rotary Products
  • Other Products


304 Stainless Steel
Anodized Aluminum 2011
Edge-Welded AM-350
See that Category Main Page
See that Category Main Page

Motion and Manipulation Vacuum Range Specifications
Vacuum Range 
  • UHV, Ultrahigh vacuum
  • HV, High vacuum

1x10-10 Torr
1x10-8 Torr
Motion and Manipulation Temperature Range Specifications
Temperature Range 
  • Feedthrough
  • Flange Mount, Conflat
  • Flange Mount, ISO


250ºC
450ºC
150ºC

* Overall assembly ratings must be adjusted to that of the lowest-rated component.