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

DVSL are well suited for industrial environments.

Specification:

• Pump Speed (§): 100
• Final pressure (50Hz): 30
• Motor power (kW): 0.3
• Voltage: 100, 115, 200, 230
• Weight: 15kg
• Water vapor capacity (g/Tag): 100 (With air flushing)
• Air flushing (L/min): 5 (With air flushing)
• Inlet connection NW: NW 25 (with Rc 3/8)
• Outlet connection NW: NW 16 (With Outlet valve)
• Cooling system: Air cooled
• Ambient temperature (°C): 5~40

DVSL dry/oil-free scroll vacuum pump. DVSL are well suited for industrial environments.

Specification:

• Pump Speed (L/min): 100
• Final pressure (50Hz): 30
• Motor power (kW): 0.3
• Voltage: 100, 115, 200, 230
• Weight: 15kg
• Water vapor capacity (g/Tag): 100 (With air flushing)
• Air flushing (L/min): 5 (With air flushing)
• Inlet connection NW: NW 25 (with Rc 3/8)
• Outlet connection NW: NW 16 (With Outlet valve)
• Cooling system: Air cooled
• Ambient temperature (°C): 5~40

DVSL are well suited for industrial environments.

Specification:

• Pump Speed (§): 430
• Final pressure (50Hz): 30
• Motor power (kW): 0.9
• Voltage: 200, 208, 230, 380, 400, 415, 460
• Weight: 36kg
• Water vapor capacity (g/Tag): 250 (With air flushing)
• Air flushing (L/min): 10 (With air flushing)
• Inlet connection NW: NW 25 (with Rc 1/2)
• Outlet connection NW: NW 25 (With Outlet valve)
• Cooling system: Air cooled
• Ambient temperature (°C): 5~40

90 degree CF Elbows Fixed are used to change the direction of the pipework as required.

Manufactured from: 304L stainless steel. Helium Leak tested to 10-10 mbar. They are supplied in a sealed plastic bag with protective plastic caps.

The 90 degree CF Elbows Fixed are manufactured to the CF Standard and are compatible with other supplier’s product.

• Material: Stainless Steel
• Bakeable to 450°C
• Vacuum Rating 1×10-11 mbar
• Wide range of crosses and tees are available

90 degree CF Elbows are used to change the direction of the pipework as required.

Manufactured from: 304L stainless steel. Helium Leak tested to 10-10 mbar. They are supplied in a sealed plastic bag with protective plastic caps.

The 90 degree CF Elbows are manufactured to the CF Standard and are compatible with other supplier’s product.

• Material: Stainless Steel
• Bakeable to 450°C
• Vacuum Rating 1×10-11 mbar
• Wide range of crosses and tees are available

90 degree CF Elbows Fixed are used to change the direction of the pipework as required.

Manufactured from: 304L stainless steel. Helium Leak tested to 10-10 mbar. They are supplied in a sealed plastic bag with protective plastic caps.

The 90 degree CF Elbows Fixed are manufactured to the CF Standard and are compatible with other supplier’s product.

• Material: Stainless Steel
• Bakeable to 450°C
• Vacuum Rating 1×10-11 mbar
• Wide range of crosses and tees are available

90 degree CF Elbows are used to change the direction of the pipework as required.

Manufactured from: 304L stainless steel. Helium Leak tested to 10-10 mbar. They are supplied in a sealed plastic bag with protective plastic caps.

The 90 degree CF Elbows are manufactured to the CF Standard and are compatible with other supplier’s product.

• Material: Stainless Steel
• Bakeable to 450°C
• Vacuum Rating 1×10-11 mbar
• Wide range of crosses and tees are available

90 degree CF Elbows Fixed are used to change the direction of the pipework as required.

Manufactured from: 304L Stainless Steel. Helium leak tested to 10-10 mbar. They are supplied in a sealed plastic bag with protective plastic caps.

The 90 degree CF Elbows Fixed are manufactured to the CF Standard and are compatible with other supplier’s product.

• Material: Stainless Steel
• Bakeable to 450°C
• Vacuum Rating 1×10-11 mbar
• Wide range of crosses and tees are available

KF 90 Degree Elbows are used to change the direction of the pipework as required.

Manufactured from: 304 Stainless Steel. Helium leak tested to 10-8 mbar. KF 90 Degree Elbows are supplied in a sealed plastic bag with protective plastic caps.

KF 90 Degree Elbows are manufactured to the ISO Standard and are compatible with other suppliers’ products.

90 degree CF Elbows are used to change the direction of the pipework as required.

Manufactured from: 304L stainless steel. Helium Leak tested to 10-10 mbar. They are supplied in a sealed plastic bag with protective plastic caps.

The 90 degree CF Elbows are manufactured to the CF Standard and are compatible with other supplier’s product.

• Material: Stainless Steel
• Bakeable to 450°C
• Vacuum Rating 1×10-11 mbar
• Wide range of crosses and tees are available

90 degree CF Elbows Fixed are used to change the direction of the pipework as required.

Manufactured from: 304L stainless steel. Helium Leak tested to 10-10 mbar. They are supplied in a sealed plastic bag with protective plastic caps.

The 90 degree CF Elbows Fixed are manufactured to the CF Standard and are compatible with other supplier’s product.

• Material: Stainless Steel
• Bakeable to 450°C
• Vacuum Rating 1×10-11 mbar
• Wide range of crosses and tees are available

90 degree CF Elbows are used to change the direction of the pipework as required.

Manufactured from: 304L stainless steel. Helium Leak tested to 10-10 mbar. They are supplied in a sealed plastic bag with protective plastic caps.

The 90 degree CF Elbows are manufactured to the CF Standard and are compatible with other supplier’s product.

• Material: Stainless Steel
• Bakeable to 450°C
• Vacuum Rating 1×10-11 mbar
• Wide range of crosses and tees are available

KF 90 Degree Elbows are used to change the direction of the pipework as required.

Manufactured from: 304 Stainless Steel. Helium leak tested to 10-8 mbar. KF 90 Degree Elbows are supplied in a sealed plastic bag with protective plastic caps.

KF 90 Degree Elbows are manufactured to the ISO Standard and are compatible with other suppliers’ products.

90 degree CF Elbows Fixed are used to change the direction of the pipework as required.

Manufactured from: 304L stainless steel. Helium Leak tested to 10-10 mbar. They are supplied in a sealed plastic bag with protective plastic caps.

The 90 degree CF Elbows Fixed are manufactured to the CF Standard and are compatible with other supplier’s product.

• Material: Stainless Steel
• Bakeable to 450°C
• Vacuum Rating 1×10-11 mbar
• Wide range of crosses and tees are available

90 degree CF Elbows are used to change the direction of the pipework as required.

Manufactured from: 304L stainless steel. Helium leak tested to 10-10 mbar. They are supplied in a sealed plastic bag with protective plastic caps.

The 90 degree CF Elbows are manufactured to the CF Standard and are compatible with other supplier’s product.

• Material: Stainless Steel
• Bakeable to 450°C
• Vacuum Rating 1×10-11 mbar
• Wide range of crosses and tees are available

KF 90 Degree Elbows are used to change the direction of the pipework as required.

Manufactured from: 304 Stainless Steel. Helium leak tested to 10-8 mbar. KF 90 Degree Elbows are supplied in a sealed plastic bag with protective plastic caps.

KF 90 Degree Elbows are manufactured to the ISO Standard and are compatible with other suppliers’ products.