Linear drive with adjustable flange back plate, integrated adjustable flange and aluminum plate frame support, both stability and accuracy, moving flange end allows ±3° deflection, can carry heavy parts in ultra-high vacuum environment of transportation. This product has a variety of stroke options, manual drive or electric drive, and can be customized.

• Working Pressure: 10-11 mbar~1 bar
• Bakeable to 150℃
• Welded Bellows Seal with SS 316
• Angular tilt: ±3°
• Top mounting flange: CF flange, tapped hole
• Etched Scale in 1 mm Increments

Linear drive with adjustable flange back plate, integrated adjustable flange and aluminum plate frame support, both stability and accuracy, moving flange end allows ±3° deflection, can carry heavy parts in ultra-high vacuum environment of transportation.

This product has a variety of stroke options, manual drive or electric drive, and can be customized.

• Working Pressure: 10-11 mbar~1 bar
• Bakeable to 150℃
• Welded Bellows Seal with SS 316
• Angular tilt: ±3°
• Top mounting flange: CF flange, tapped hole
• Etched Scale in 1 mm Increments

Linear drive with adjustable flange back plate, integrated adjustable flange and aluminum plate frame support, both stability and accuracy, moving flange end allows ±3° deflection, can carry heavy parts in ultra-high vacuum environment of transportation.

This product has a variety of stroke options, manual drive or electric drive, and can be customized.

• Working Pressure: 10-11 mbar~1 bar
• Bakeable to 150℃
• Welded Bellows Seal with SS 316
• Angular tilt: ±3°
• Top mounting flange: CF flange, tapped hole
• Etched Scale in 1 mm Increments

Linear drive with adjustable flange back plate, integrated adjustable flange and aluminum plate frame support, both stability and accuracy, moving flange end allows ±3° deflection, can carry heavy parts in ultra-high vacuum environment of transportation.

This product has a variety of stroke options, manual drive or electric drive, and can be customized.

• Working Pressure: 10-11 mbar~1 bar
• Bakeable to 150℃
• Welded Bellows Seal with SS 316
• Angular tilt: ±3°
• Top mounting flange: CF flange, tapped hole
• Etched Scale in 1 mm Increments

Linear drive with adjustable flange back plate, integrated adjustable flange and aluminum plate frame support, both stability and accuracy, moving flange end allows ±3° deflection, can carry heavy parts in ultra-high vacuum environment of transportation.

This product has a variety of stroke options, manual drive or electric drive, and can be customized.

• Working Pressure: 10-11 mbar~1 bar
• Bakeable to 150℃
• Welded Bellows Seal with SS 316
• Angular Tilt: ±3°
• Top Mounting Flange: CF flange, tapped hole
• Etched Scale in 1 mm Increments

Linear drive with adjustable flange back plate, integrated adjustable flange and aluminum plate frame support, both stability and accuracy, moving flange end allows ±3° deflection, can carry heavy parts in ultra-high vacuum environment of transportation.

This product has a variety of stroke options, manual drive or electric drive, and can be customized.

• Working Pressure: 10-11 mbar~1 bar
• Bakeable to 150℃
• Welded Bellows Seal with SS 316
• Angular Tilt: ±3°
• Top Mounting Flange: CF flange, tapped hole
• Etched Scale in 1 mm Increments

Linear drive with adjustable flange back plate, integrated adjustable flange and aluminum plate frame support, both stability and accuracy, moving flange end allows ±3° deflection, can carry heavy parts in ultra-high vacuum environment of transportation.

This product has a variety of stroke options, manual drive or electric drive, and can be customized.

• Working Pressure: 10-11 mbar~1 bar
• Bakeable to 150℃
• Welded Bellows Seal with SS 316
• Angular tilt: ±3°
• Top mounting flange: CF flange, tapped hole
• Etched Scale in 1 mm Increments

The linear drive adopts a trapezoidal screw structure to ensure the smooth operation of the upper flange, making the sample transfer more accurate and stable in the ultra-high vacuum environment.

This product is available in different flange specifications and strokes. The standard configuration is manual drive; if you need motor drive, please contact us.

• Working Pressure: 10-11 mbar ~ 1 bar
• Bakeable to 150℃
• Welded Bellows Seal with SS 316
• Tapped Flanges on Both Sides
• Etched Scale in 1 mm Increments

The linear drive adopts a trapezoidal screw structure to ensure the smooth operation of the upper flange, making the sample transfer more accurate and stable in the ultra-high vacuum environment.

This product is available in different flange specifications and strokes. The standard configuration is manual drive, if you need motor drive, please contact us.

• Working Pressure: 10-11 mbar ~ 1 bar
• Bakeable to 150℃
• Welded Bellows Seal with SS 316
• Tapped Flanges on Both Sides
• Etched Scale in 1 mm Increments

The linear drive adopts a trapezoidal screw structure to ensure the smooth operation of the upper flange, making the sample transfer more accurate and stable in the ultra-high vacuum environment.

This product is available in different flange specifications and strokes. The standard configuration is manual drive, if you need motor drive, please contact us.

• Working Pressure: 10-11 mbar ~ 1 bar
• Bakeable to 150℃
• Welded Bellows Seal with SS 316
• Tapped Flanges on Both Sides
• Etched Scale in 1 mm Increments

The linear drive adopts a trapezoidal screw structure to ensure the smooth operation of the upper flange, making the sample transfer more accurate and stable in the ultra-high vacuum environment.

This product is available in different flange specifications and strokes. The standard configuration is manual drive, if you need motor drive, please contact us.

• Working Pressure: 10-11 mbar ~ 1 bar
• Bakeable to 150℃
• Welded Bellows Seal with SS 316
• Tapped Flanges on Both Sides
• Etched Scale in 1 mm Increments

The linear drive adopts a trapezoidal screw structure to ensure the smooth operation of the upper flange, making the sample transfer more accurate and stable in the ultra-high vacuum environment.

This product is available in different flange specifications and strokes. The standard configuration is manual drive; if you need motor drive, please contact us.

• Working Pressure: 10-11 mbar ~ 1 bar
• Bakeable to 150℃
• Welded Bellows Seal with SS 316
• Tapped Flanges on Both Sides
• Etched Scale in 1 mm Increments

The linear drive adopts a trapezoidal screw structure to ensure the smooth operation of the upper flange, making the sample transfer more accurate and stable in the ultra-high vacuum environment.

This product is available in different flange specifications and strokes. The standard configuration is manual drive; if you need motor drive, please contact us.

• Working Pressure: 10-11 mbar ~ 1 bar
• Bakeable to 150℃
• Welded Bellows Seal with SS 316
• Tapped Flanges on Both Sides
• Etched Scale in 1mm Increments

Magnetically coupled rotary feedthroughs utilise a failsafe design that cannot be damaged by ‘over-torque’, compared to the more vulnerable bellows-sealed devices.

The outer magnetic sleeve is engraved with a laser etched scale, incremented at 5° intervals. Magnetically coupled rotary feedthroughs provide practical and economical solutions for most applications requiring rotary motion in high or ultra-high vacuum environments, such as window baffles, sample parking stages, etc.

Magnetically coupled rotary feedthroughs offer a fail-safe method, over the more traditional bellows or fluidic seals, to enable rotation in a vacuum system. Additionally, some applications can benefit from discrete angle rotation between two fixed points such as shutters protecting sputter sources from cross-contamination in a deposition system. The new range of angle-adjustable magnetic rotary feedthroughs are available with either manual or pneumatic actuation and allow the user to adjust the angle of rotation from 0° to 180°.

Features:

• Fail-safe magnetic coupling
• UHV rated to 10-11 mbar
• No backlash under load
• Laser etched scale in 5° increments
• Manual actuation
• Adjustable angle range 0°-180°

Magnetically coupled rotary feedthroughs utilise a failsafe design that cannot be damaged by ‘over-torque’, compared to the more vulnerable bellows-sealed devices.

The outer magnetic sleeve is engraved with a laser etched scale, incremented at 5° intervals.

Magnetically coupled rotary feedthroughs provide practical and economical solutions for most applications requiring rotary motion in high or ultra-high vacuum environments, such as window baffles, sample parking stages, etc.

Magnetically coupled rotary feedthroughs offer a fail-safe method, over the more traditional bellows or fluidic seals, to enable rotation in a vacuum system. Additionally, some applications can benefit from discrete angle rotation between two fixed points such as shutters protecting sputter sources from cross-contamination in a deposition system. The new range of angle-adjustable magnetic rotary feedthroughs are available with either manual or pneumatic actuation and allow the user to adjust the angle of rotation from 0° to 180°.

Features:

• Fail-safe magnetic coupling
• UHV rated to 10-11 mbar
• No backlash under load
• Laser etched scale in 5° increments
• Pneumatic actuation
• Adjustable angle range 0°-180°

Magnetically coupled rotary feedthroughs utilise a failsafe design that cannot be damaged by ‘over-torque’, compared to the more vulnerable bellows-sealed devices.

The outer magnetic sleeve is engraved with a laser etched scale, incremented at 5° intervals. Magnetically coupled rotary feedthroughs provide practical and economical solutions for most applications requiring rotary motion in high or ultra-high vacuum environments, such as window baffles, sample parking stages, etc.

Magnetically coupled rotary feedthroughs utilise a failsafe design that cannot be damaged by ‘over-torque’, compared to the more vulnerable bellows-sealed devices.

The outer magnetic sleeve is engraved with a laser etched scale, incremented at 5° intervals.

Magnetically coupled rotary feedthroughs provide practical and economical solutions for most applications requiring rotary motion in high or ultra-high vacuum environments, such as window baffles, sample parking stages, etc.

Magnetically coupled rotary feedthroughs utilise a failsafe design that cannot be damaged by ‘over-torque’, compared to the more vulnerable bellows-sealed devices.

The outer magnetic sleeve is engraved with a laser etched scale, incremented at 5° intervals.

Magnetically coupled rotary feedthroughs provide practical and economical solutions for most applications requiring rotary motion in high or ultra-high vacuum environments, such as window baffles, sample parking stages, etc.