Search results for: 'pump pull linear translat'

High precision Rack & Pinion linear travel with optional rotation, with both axis controlled by rotatory drives. The LRP series offers linear only, where rotation is not required, or the RLRP series which offers an independent 360° rotation shaft, for transferring samples with greater accuracy then the MLD/R series. These use UHV accepted metals within its construction. The probes have a front bearing housing supporting the shaft, which offers higher accuracy over the MLRV probe for…

High precision Rack & Pinion linear travel with optional rotation, with both axis controlled by rotatory drives. The LRP series offers linear only, where rotation is not required, or the RLRP series which offers an independent 360° rotation shaft, for transferring samples with greater accuracy then the MLD/R series. These use UHV accepted metals within its construction. The probes have a front bearing housing supporting the shaft, which offers higher accuracy over the MLRV probe for…

Heavy duty high precision Rack & Pinion linear travel with optional rotation, with both axis controlled by rotatory drives. The LRP series offers linear only, where rotation is not required, or the RLRP series which offers an independent 360° rotation shaft, for transferring samples with greater accuracy then the MLD/R series. These use UHV accepted metals within its construction. The probes have a front bearing housing supporting the shaft, which offers higher accuracy over the MLRV probe for…

Heavy duty high precision Rack & Pinion linear travel with optional rotation, with both axis controlled by rotatory drives. The LRP series offers linear only, where rotation is not required, or the RLRP series which offers an independent 360° rotation shaft, for transferring samples with greater accuracy then the MLD/R series. These use UHV accepted metals within its construction. The probes have a front bearing housing supporting the shaft, which offers higher accuracy over the MLRV probe for…

Hollow wobble sticks are used where linear and angular movement is required to independently position a probe or rotatory shaft, via the hollow shaft terminating in a 34mm OD flange. Edge welded bellows, gives the user a true 'feeling' of position inside the vacuum chamber to give a controlled positioning.

Hollow wobble sticks are used where linear and angular movement is required to independently position a probe or rotatory shaft, via the hollow shaft terminating in a 34mm OD flange. Edge welded bellows, gives the user a true 'feeling' of position inside the vacuum chamber to give a controlled positioning.

Hollow wobble sticks are used where linear and angular movement is required to independently position a probe or rotatory shaft, via the hollow shaft terminating in a 34mm OD flange. Edge welded bellows, gives the user a true 'feeling' of position inside the vacuum chamber to give a controlled positioning.

Hollow wobble sticks are used where linear and angular movement is required to independently position a probe or rotatory shaft, via the hollow shaft terminating in a 34mm OD flange. Edge welded bellows, gives the user a true 'feeling' of position inside the vacuum chamber to give a controlled positioning.

High power magnetically coupled precision linear travel with optional rotation. The MLD series offers linear only, where rotation is not required, or the MLRD series offers an independent 360° rotation shaft, where rotation is required. These only use UHV accepted metals within its construction. These probes have a front bearing housing supporting the linear shaft, which offers higher accuracy over the MLRV series for repeatability tasks. On the MLRD series, the independent rotation shaft also…

High power magnetically coupled precision linear travel with optional rotation. The MLD series offers linear only, where rotation is not required, or the MLRD series offers an independent 360° rotation shaft, where rotation is required. These only use UHV accepted metals within its construction. These probes have a front bearing housing supporting the linear shaft, which offers higher accuracy over the MLRV series for repeatability tasks. On the MLRD series, the independent rotation shaft also…

High power magnetically coupled precision linear travel with optional rotation. The MLD series offers linear only, where rotation is not required, or the MLRD series offers an independent 360° rotation shaft, where rotation is required. These only use UHV accepted metals within its construction. These probes have a front bearing housing supporting the linear shaft, which offers higher accuracy over the MLRV series for repeatability tasks. On the MLRD series, the independent rotation shaft also…

High power magnetically coupled precision linear travel with optional rotation. The MLD series offers linear only, where rotation is not required, or the MLRD series offers an independent 360° rotation shaft, where rotation is required. These only use UHV accepted metals within its construction. These probes have a front bearing housing supporting the linear shaft, which offers higher accuracy over the MLRV series for repeatability tasks. On the MLRD series, the independent rotation shaft also…

High precision Rack & Pinion linear travel with optional rotation, with both axis controlled by rotatory drives. The LRP series offers linear only, where rotation is not required, or the RLRP series which offers an independent 360° rotation shaft, for transferring samples with greater accuracy then the MLD/R series. These use UHV accepted metals within its construction. The probes have a front bearing housing supporting the shaft, which offers higher accuracy over the MLRV probe for…

High power all metal magnetically coupled coarse linear and rotary transfer device for UHV applications, using only UHV accepted metals within its construction. Providing smooth sample transfer movement within the vacuum chamber, where high accuracy is not required.

High power all metal magnetically coupled coarse linear and rotary transfer device for UHV applications, using only UHV accepted metals within its construction. Providing smooth sample transfer movement within the vacuum chamber, where high accuracy is not required.

High power all metal magnetically coupled coarse linear and rotary transfer device for UHV applications, using only UHV accepted metals within its construction. Providing smooth sample transfer movement within the vacuum chamber, where high accuracy is not required.

High power all metal magnetically coupled coarse linear and rotary transfer device for UHV applications, using only UHV accepted metals within its construction. Providing smooth sample transfer movement within the vacuum chamber, where high accuracy is not required.

High power all metal magnetically coupled coarse linear and rotary transfer device for UHV applications, using only UHV accepted metals within its construction. Providing smooth sample transfer movement within the vacuum chamber, where high accuracy is not required.

High power all metal magnetically coupled coarse linear and rotary transfer device for UHV applications, using only UHV accepted metals within its construction. Providing smooth sample transfer movement within the vacuum chamber, where high accuracy is not required.

Pincer Grip Wobble are used where linear and angular movement is required to move a 14mm disk samples inside vacuum via an inline pincer grip. The pincer grip allows for four pre-set rotation position at 90 intervals. Edge welded bellows, gives the user a true 'feeling' of position inside the vacuum chamber to give a controlled positioning.

Pincer Grip Wobble are used where linear and angular movement is required to move a 14mm disk samples inside vacuum via an inline pincer grip. The pincer grip allows for four pre-set rotation position at 90 intervals. Edge welded bellows, gives the user a true 'feeling' of position inside the vacuum chamber to give a controlled positioning.

Pincer Grip Wobble are used where linear and angular movement is required to move a 14mm disk samples inside vacuum via an inline pincer grip. The pincer grip allows for four pre-set rotation position at 90 intervals. Edge welded bellows, gives the user a true 'feeling' of position inside the vacuum chamber to give a controlled positioning.

Pincer Grip Wobble are used where linear and angular movement is required to move a 14mm disk samples inside vacuum via an inline pincer grip. The pincer grip allows for four pre-set rotation position at 90 intervals. Edge welded bellows, gives the user a true 'feeling' of position inside the vacuum chamber to give a controlled positioning.

High power all metal magnetically coupled coarse linear and rotary transfer device for UHV applications, using only UHV accepted metals within its construction. Providing smooth sample transfer movement within the vacuum chamber, where high accuracy is not required.

High power all metal magnetically coupled coarse linear and rotary transfer device for UHV applications, using only UHV accepted metals within its construction. Providing smooth sample transfer movement within the vacuum chamber, where high accuracy is not required.

Mechanical hands are used for transferring a sample where linear, angular and rotary movement is required. The pistol grip which actuates the movement and the use of edge welded bellows, gives the user a true 'feeling' of position inside the vacuum chamber to give a controlled transfer. These can be supplied with or without the pincer grip. If supplied with a pincer, these can be inline or perpendicular, with plain jaws or jaws to accept the flag style sample plate.

Mechanical hands are used for transferring a sample where linear, angular and rotary movement is required. The pistol grip which actuates the movement and the use of edge welded bellows, gives the user a true 'feeling' of position inside the vacuum chamber to give a controlled transfer. These can be supplied with or without the pincer grip. If supplied with a pincer, these can be inline or perpendicular, with plain jaws or jaws to accept the flag style sample plate.

Mechanical hands are used for transferring a sample where linear, angular and rotary movement is required. The pistol grip which actuates the movement and the use of edge welded bellows, gives the user a true 'feeling' of position inside the vacuum chamber to give a controlled transfer. These can be supplied with or without the pincer grip. If supplied with a pincer, these can be inline or perpendicular, with plain jaws or jaws to accept the flag style sample plate.

Mechanical hands are used for transferring a sample where linear, angular and rotary movement is required. The pistol grip which actuates the movement and the use of edge welded bellows, gives the user a true 'feeling' of position inside the vacuum chamber to give a controlled transfer. These can be supplied with or without the pincer grip. If supplied with a pincer, these can be inline or perpendicular, with plain jaws or jaws to accept the flag style sample plate.

Mechanical hands are used for transferring a sample where linear, angular and rotary movement is required. The pistol grip which actuates the movement and the use of edge welded bellows, gives the user a true 'feeling' of position inside the vacuum chamber to give a controlled transfer. These can be supplied with or without the pincer grip. If supplied with a pincer, these can be inline or perpendicular, with plain jaws or jaws to accept the flag style sample plate.

Mechanical hands are used for transferring a sample where linear, angular and rotary movement is required. The pistol grip which actuates the movement and the use of edge welded bellows, gives the user a true 'feeling' of position inside the vacuum chamber to give a controlled transfer. These can be supplied with or without the pincer grip. If supplied with a pincer, these can be inline or perpendicular, with plain jaws or jaws to accept the flag style sample plate.

Mechanical hands are used for transferring a sample where linear, angular and rotary movement is required. The pistol grip which actuates the movement and the use of edge welded bellows, gives the user a true 'feeling' of position inside the vacuum chamber to give a controlled transfer. These can be supplied with or without the pincer grip. If supplied with a pincer, these can be inline or perpendicular, with plain jaws or jaws to accept the flag style sample plate.

Mechanical hands are used for transferring a sample where linear, angular and rotary movement is required. The pistol grip which actuates the movement and the use of edge welded bellows, gives the user a true 'feeling' of position inside the vacuum chamber to give a controlled transfer. These can be supplied with or without the pincer grip. If supplied with a pincer, these can be inline or perpendicular, with plain jaws or jaws to accept the flag style sample plate.

Mechanical hands are used for transferring a sample where linear, angular and rotary movement is required. The pistol grip which actuates the movement and the use of edge welded bellows, gives the user a true 'feeling' of position inside the vacuum chamber to give a controlled transfer. These can be supplied with or without the pincer grip. If supplied with a pincer, these can be inline or perpendicular, with plain jaws or jaws to accept the flag style sample plate.

Mechanical hands are used for transferring a sample where linear, angular and rotary movement is required. The pistol grip which actuates the movement and the use of edge welded bellows, gives the user a true 'feeling' of position inside the vacuum chamber to give a controlled transfer. These can be supplied with or without the pincer grip. If supplied with a pincer, these can be inline or perpendicular, with plain jaws or jaws to accept the flag style sample plate.

Mechanical hands are used for transferring a sample where linear, angular and rotary movement is required. The pistol grip which actuates the movement and the use of edge welded bellows, gives the user a true 'feeling' of position inside the vacuum chamber to give a controlled transfer. These can be supplied with or without the pincer grip. If supplied with a pincer, these can be inline or perpendicular, with plain jaws or jaws to accept the flag style sample plate.

Mechanical hands are used for transferring a sample where linear, angular and rotary movement is required. The pistol grip which actuates the movement and the use of edge welded bellows, gives the user a true 'feeling' of position inside the vacuum chamber to give a controlled transfer. These can be supplied with or without the pincer grip. If supplied with a pincer, these can be inline or perpendicular, with plain jaws or jaws to accept the flag style sample plate.

Mechanical hands are used for transferring a sample where linear, angular and rotary movement is required. The pistol grip which actuates the movement and the use of edge welded bellows, gives the user a true 'feeling' of position inside the vacuum chamber to give a controlled transfer. These can be supplied with or without the pincer grip. If supplied with a pincer, these can be inline or perpendicular, with plain jaws or jaws to accept the flag style sample plate.

Mechanical hands are used for transferring a sample where linear, angular and rotary movement is required. The pistol grip which actuates the movement and the use of edge welded bellows, gives the user a true 'feeling' of position inside the vacuum chamber to give a controlled transfer. These can be supplied with or without the pincer grip. If supplied with a pincer, these can be inline or perpendicular, with plain jaws or jaws to accept the flag style sample plate.

Mechanical hands are used for transferring a sample where linear, angular and rotary movement is required. The pistol grip which actuates the movement and the use of edge welded bellows, gives the user a true 'feeling' of position inside the vacuum chamber to give a controlled transfer. These can be supplied with or without the pincer grip. If supplied with a pincer, these can be inline or perpendicular, with plain jaws or jaws to accept the flag style sample plate.

Mechanical hands are used for transferring a sample where linear, angular and rotary movement is required. The pistol grip which actuates the movement and the use of edge welded bellows, gives the user a true 'feeling' of position inside the vacuum chamber to give a controlled transfer. These can be supplied with or without the pincer grip. If supplied with a pincer, these can be inline or perpendicular, with plain jaws or jaws to accept the flag style sample plate.

The Miniax XYZ translator offers a source of simple, cost effective, manipulation. The single bellows construction makes it easy to use in any orientation. The micrometers are vacuum conditioned and do not need to be removed for bakeout.

The Miniax XYZ translator offers a source of simple, cost effective, manipulation. The single bellows construction makes it easy to use in any orientation. The micrometers are vacuum conditioned and do not need to be removed for bakeout.

The Miniax XYZ translator offers a source of simple, cost effective, manipulation. The single bellows construction makes it easy to use in any orientation. The micrometers are vacuum conditioned and do not need to be removed for bakeout.

The Miniax XYZ translator offers a source of simple, cost effective, manipulation. The single bellows construction makes it easy to use in any orientation. The micrometers are vacuum conditioned and do not need to be removed for bakeout.

Precision all metal XYZ translator with single 35mm clear bore bellows, which is bakeable to 230°C. These offer a very stable UHV platform to which our range of sample holders with cooling and heater options can be fitted. On the 152mm base flange, this offer 4 mini ports for electrical and cooling options.

Precision all metal XYZ translator with single 35mm clear bore bellows, which is bakeable to 230°C. These offer a very stable UHV platform to which our range of sample holders with cooling and heater options can be fitted. On the 152mm base flange, this offer 4 mini ports for electrical and cooling options.

Precision all metal XYZ translator with single 35mm clear bore bellows, which is bakeable to 230°C. These offer a very stable UHV platform to which our range of sample holders with cooling and heater options can be fitted. On the 152mm base flange, this offer 4 mini ports for electrical and cooling options.

Precision all metal XYZ translator with single 35mm clear bore bellows, which is bakeable to 230°C. These offer a very stable UHV platform to which our range of sample holders with cooling and heater options can be fitted. On the 152mm base flange, this offer 4 mini ports for electrical and cooling options.

Precision all metal XYZ translator with single 35mm clear bore bellows, which is bakeable to 230°C. These offer a very stable UHV platform to which our range of sample holders with cooling and heater options can be fitted. On the 152mm base flange, this offer 4 mini ports for electrical and cooling options.

Precision all metal XYZ translator with single 35mm clear bore bellows, which is bakeable to 230°C. These offer a very stable UHV platform to which our range of sample holders with cooling and heater options can be fitted. On the 152mm base flange, this offer 4 mini ports for electrical and cooling options.

Precision all metal XYZ translator with dual 32mm clear bore bellows without support tube and 28mm with support tube, which is bakeable to 230°C. These offer an extremely stable UHV platform to which our range of sample holders with cooling and heater options can be fitted. With the support tube fitted, this greatly reduces the risk of the sample holder moving during transfer, owing to the second lower bearing support built into the X&Y table.

Precision all metal XYZ translator with dual 32mm clear bore bellows without support tube and 28mm with support tube, which is bakeable to 230°C. These offer an extremely stable UHV platform to which our range of sample holders with cooling and heater options can be fitted. With the support tube fitted, this greatly reduces the risk of the sample holder moving during transfer, owing to the second lower bearing support built into the X&Y table.

Precision all metal XYZ translator with dual 32mm clear bore bellows without support tube and 28mm with support tube, which is bakeable to 230°C. These offer an extremely stable UHV platform to which our range of sample holders with cooling and heater options can be fitted. With the support tube fitted, this greatly reduces the risk of the sample holder moving during transfer, owing to the second lower bearing support built into the X&Y table.

Precision all metal XYZ translator with dual 32mm clear bore bellows without support tube and 28mm with support tube, which is bakeable to 230°C. These offer an extremely stable UHV platform to which our range of sample holders with cooling and heater options can be fitted. With the support tube fitted, this greatly reduces the risk of the sample holder moving during transfer, owing to the second lower bearing support built into the X&Y table.

Precision all metal XYZ translator with dual 32mm clear bore bellows without support tube and 28mm with support tube, which is bakeable to 230°C. These offer an extremely stable UHV platform to which our range of sample holders with cooling and heater options can be fitted. With the support tube fitted, this greatly reduces the risk of the sample holder moving during transfer, owing to the second lower bearing support built into the X&Y table.

Precision all metal XYZ translator with dual 32mm clear bore bellows without support tube and 28mm with support tube, which is bakeable to 230°C. These offer an extremely stable UHV platform to which our range of sample holders with cooling and heater options can be fitted. With the support tube fitted, this greatly reduces the risk of the sample holder moving during transfer, owing to the second lower bearing support built into the X&Y table.

Plain wobble sticks are used where linear and angular movement is required to move a custom probe mounted to the end of the linear movement, via a 5mm mounting hole. Edge welded bellows, gives the user a true 'feeling' of position inside the vacuum chamber to give a controlled positioning.

Plain wobble sticks are used where linear and angular movement is required to move a custom probe mounted to the end of the linear movement, via a 5mm x 8mm deep mounting hole. Edge welded bellows, gives the user a true 'feeling' of position inside the vacuum chamber to give a controlled positioning.

Dedicated 18mm flag style pincer grip wobble stick are used where linear and angular movement is required to move flag sample plates in vacuum These come in two designs, inline and perpendicular sample pick up. Edge welded bellows, gives the user a true 'feeling' of position inside the vacuum chamber to give a controlled positioning.