The differential rotary drive allows two flanges to rotate relative to each other coaxially, and can be used as a modular component to build an ultra-high vacuum multi-axis manipulation mechanism, providing basic rotary motion for the assembly and enabling 360° continuous rotation.

Differential rotational drives can be applied to sample surface analysis (XPS, AES or SIMS), ion/neutron/atom scattering experiments, etc.

• Manual/ Step Motor Actuator
• Precision Ball Bearings and Quality PTFE
• Rotation range: 360° continuous
• Bakeable to 150℃
• Laser Etched Scale in 1° Increments
• Two Stage Differential Pumping for UHV Performance
• Mounting flange on both sides: CF flange, tapped hole

The differential rotary drive allows two flanges to rotate relative to each other coaxially, and can be used as a modular component to build an ultra-high vacuum multi-axis manipulation mechanism, providing basic rotary motion for the assembly and enabling 360° continuous rotation.

Differential rotational drives can be applied to sample surface analysis (XPS, AES or SIMS), ion/neutron/atom scattering experiments, etc.

• Manual/ Step Motor Actuator
• Precision Ball Bearings and Quality PTFE
• Rotation range: 360° continuous
• Bakeable to 150℃
• Laser Etched Scale in 1° Increments
• Two Stage Differential Pumping for UHV Performance
• Mounting flange on both sides: CF flange, tapped hole

The differential rotary drive allows two flanges to rotate relative to each other coaxially, and can be used as a modular component to build an ultra-high vacuum multi-axis manipulation mechanism, providing basic rotary motion for the assembly and enabling 360° continuous rotation.

Differential rotational drives can be applied to sample surface analysis (XPS, AES or SIMS), ion/neutron/atom scattering experiments, etc.

• Manual/ Step Motor Actuator
• Precision Ball Bearings and Quality PTFE
• Rotation range: 360° continuous
• Bakeable to 150℃
• Laser Etched Scale in 1° Increments
• Two Stage Differential Pumping for UHV Performance
• Mounting flange on both sides: CF flange, tapped hole

The differential rotary drive allows two flanges to rotate relative to each other coaxially, and can be used as a modular component to build an ultra-high vacuum multi-axis manipulation mechanism, providing basic rotary motion for the assembly and enabling 360° continuous rotation.

Differential rotational drives can be applied to sample surface analysis (XPS, AES or SIMS), ion/neutron/atom scattering experiments, etc.

• Manual/ Step Motor Actuator
• Precision Ball Bearings and Quality PTFE
• Rotation range: 360° continuous
• Bakeable to 150℃
• Laser Etched Scale in 1° Increments
• Two Stage Differential Pumping for UHV Performance
• Mounting flange on both sides: CF flange, tapped hole