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

Introducing the MBE (2D) system—a sophisticated, state-of-the-art system engineered for the growth and surface analysis of novel materials and devices, including transition metal di-chalcogenide or topological insulator applications. Designed to operate under a pristine, controlled environment, this system empowers researchers to advance material science and device development. The MBE (2D) system is renowned for its exceptional base pressure capabilities, stable process pressure during heating & growth and versatile configuration options, making it an indispensable tool for advanced research in selective epitaxial growth and semiconductor equipment.

Applications
• III-V Ferromagnets
• 2D Topological insulators
• TMDs

Core System Features:
• Base Pressure 5 E 10-11 mbar
• LN2 cryo shrouds
• 2” molybloc sample puck or 3’’ bare wafer
• Up to 6 Knudsen cells (35 cc)
• Up to 3 cracker cells
• 6 x 7 cc (or 4 x 15) linear E-beam
• Pumping groups: TSP Ion Pump, Cryo or Turbomolecular Pumping
• Heating &/or cooling sample stages
• Growth feedback via flux gauge, quartz monitors
• Integrated RHEED or RHEED AUGERS
• Couples with Transfer tunnel, Load locks & Preparation chambers

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.

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.

For applications where space and weight are limited and a combination of linear and rotary motion is required, a small magnetically coupled sample transfer bar with a CF16 mounting flange provides an ideal solution.

It is smaller and lighter, but its performance is not weak, and it is equipped with NdFeB magnets so that it can easily handle various sample processing applications.

This product can also be customized according to customer requirements.

For applications where space and weight are limited and a combination of linear and rotary motion is required, a small magnetically coupled sample transfer bar with a CF16 mounting flange provides an ideal solution.

It is smaller and lighter, but its performance is not weak, and it is equipped with NdFeB magnets so that it can easily handle various sample processing applications.

This product can also be customized according to customer requirements.