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 Single Axis Nanopositioners
| Product |
Description |
Axes |
Applications |
Nano-OP Series
|
Ranges of motion from 30 µm up to 100 µm and can be combined to provide multi-axis motion |
1 |
AFM, NSOM, interferometry, optical fiber positioning |
| Nano-OPH Series |
Large central aperture, ranges of motion from 30 µm up to 100 µm |
1 |
nanomanipulation, AFM, NSOM, specialized microscopy |
Nano-MET10 & Nano-MET20
|
High speed, ultra-low noise system with ranges of motion 10 µm or 20 µm |
1 |
high speed, high resolution positioning, Metrology, AFM, SPM |
| Nano-HL Series |
Designed to carry loads up to 10kg with ranges of motion up to 200 µm |
1 |
nanometer-scale positioning of heavy optics, nanomachining, industrial applications |
| Nano-Mini |
One of the smallest flexure guided nanopositioning stages available with 10 µm range of motion in a miniature footprint |
1 |
interferometry, fiber alignment |
| Nano-P Series |
Precision linear translator in a small cylindrical configuration with 15 µm, 35 µm or 70 µm of motion |
1 |
metrology, AFM, NSOM, SPM, nanoindenting |
| Nano-SPMZ |
Single axis micropositioning and high resolution nanopositioning in a compact unit |
1 |
nanoindenting and nanomanipulation |
| Nano-LR200 |
200 µm of motion combined with exceptionally low out-of-plane motion for special applications |
1 |
AFM, SPM, NSOM, wafer profilometry, optical alignment |
| Nano-YT500 |
Super long range (500 µm) system with a central aperture |
1 |
optical inspection, long range applications | |
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Single Z Axis Nanopositioners
| Product |
Description |
Axes |
Applications |
| Nano-Z Series |
100 µm or 200 µm range of motion, large center aperture, and ultra-low profile |
1(Z) |
high throughput fluorescence microscopy, super resolution microscopy |
| Nano-Z50HS |
High speed, low profile, with 50 µm range of motion and integrated sample holder |
1(Z) |
high speed optical microscopy |
| Nano-ZL Series |
Super long range (500 µm or 100 µm), with aperture sized to hold multiwell plates |
1(Z) |
high throughput fluorescence microscopy, super resolution microscopy |
| Nano-ZS Series |
100 µm or 200 µm range of motion, large center aperture, and low profile |
1(Z) |
super resolution (SR) microscopy, optical microscopy |
| Nano-CZ200 |
Compact, long range (200 µm) precision nanopositioning system |
1(Z) |
metrology, high precision optical alignment and mirror positioning, scanning probe microscopy |
| Nano-CZ500 |
Compact, super long range (500 µm) precision nanopositioning system |
1(Z) |
high resolution probe scanning, metrology, optical alignment and mirror positioning |
Nano-METZ
|
High speed, ultra-low noise system with range of motion 5 µm |
1 |
high speed, high resolution positioning, Metrology, AFM, SPM |
| Nano-HSZ |
High speednanopositioner with picometer precision |
1(Z) |
high speed AFM, NSOM, SPM, optical alignment and miror positioning |
| Nano-MZ |
Compact with 25 µm range of motion |
1(Z) |
AFM, optical aligment, metrology |
|
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Two Axis (X & Y) Nanopositioners
| Product |
Description |
Axes |
Applications |
Nano-PDQ Series
|
Extremely high speed nanopositioners with a 2.5 inch aperture and up to 75 µm of motion in XY |
2 or 3 |
optical trapping, optical tweezers, high speed particle tracking |
Nano-MET Series
|
High speed, ultra-low noise system with ranges of motion 75 µm (XY) |
2 or 3 |
high speed, high resolution positioning, Metrology, AFM, SPM |
| Nano-Bio Series |
Low profile system with 2.5 inch aperture for use with inverted optical microscopes, available with up to 300 µm travel range |
2 |
optical microscopy, AFM scanning, super resolution (SR) microscopy |
| Nano-BioS Series |
Ultra low profile system with extra large aperture designed to be easily integrated into existing inverted microscopes, AFM's and other instrumentation, available with up to 300 µm travel range |
2 |
STORM, PALM, confocal and fluorescence imaging, nanolithography, super resolution (SR) microscopy |
| Nano-H Series |
Compact stage with a 2 inch aperture |
2 |
optical microscopy, AFM scanning, fluorescence imaging, optical tweezers |
| Nano-T Series |
Economical system with a 2.5 inch aperture and up to 200 µm |
2 or 3 |
fluorescence imaging, super resolution (SR) microscopy, AFM scanning |
| Nano-Max50 |
Large load capacity, sub-nanometer precision scanner with 50 µm range of motion and a large aperture |
2 |
quantum dot research, precision cryostat positioning |
| Nano-HS Series |
High speed nanopositioning system with picometer positioning resolution |
2 or 3 |
high speed AFM, SPM, metrology |
| Nano-M250 |
Compact system constructed from titanium or invar with a 0.5 inch aperture |
2 |
nanolithography, SEM, AFM |
| Nano-SPM200 |
Compact nanopositioning system with 200µm travel |
2 |
AFM, NSOM, SPM, nanofabrication |
|
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Three Axis (X Y & Z) Nanopositioners
| Product |
Description |
Axes |
Applications |
Nano-LPQ
|
Ultra-low profile, high speed nanopositioning system with 75 microns of travel in XY and 50 microns of travel in Z |
3 |
optical trapping, optical tweezers, high speed particle tracking, NSOM, SPM |
| Nano-LP Series |
Low profile system with 2.5 inch aperture and up to 300 µm travel range |
3 |
single molecule microscopy and spectroscopy, fluorescence imaging, super resolution (SR) microscopy |
| Nano-LPS Series |
Low profile system specifically designed for optical microscopy with an extra large aperture |
3 |
STORM, PALM, confocal and fluorescence imaging, alignment, super resolution (SR) microscopy |
| Nano-PDQ Series |
Extremely high speed nanopositioners with a large center aperture, up to 75 µm of motion in XY, and 50 µm of motion in Z |
2 or 3 |
optical trapping, optical tweezers, high speed particle tracking |
Nano-MET Series
|
High speed, ultra-low noise system with ranges of motion 75 µm (XY) and 5 µm (Z) |
2 or 3 |
high speed, high resolution positioning, Metrology, AFM, SPM |
| Nano-T Series |
Economical system with XY motion up to 200 µm and Z-axis motion up to 50 µm |
2 or 3 |
fluorescence imaging, super resolution (SR) microscopy, AFM scanning |
| Nano-3D200 |
Compact design with up to 200 µm travel, offered at a very competitive price |
3 |
optical fiber alignment, nanomanipulation, nanofabrication |
| Nano-3D500 |
Super long range (500 µm) nanopositioning system with a compact design |
3 |
micromachining, micromanipulation, optical fiber aligment |
Nano-HS3M
|
High speed, ultra-low noise system with range of motion 10 µm (XY) and 5 µm (Z) |
3 |
high speed, high resolution positioning, Metrology, AFM, SPM |
| Nano-HS Series |
High speed system with picometer positioning resolution and 10 µm range of motion |
2 or 3 |
high speed AFM, NSOM, SPM, optical alignment and miror positioning |
| Nano-M350 |
Compact, constructed from titanium and aluminum with a 0.25 inch aperture |
3 |
nanolithography,SEM, MEMS testing, alignment |
|
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Tip/Tilt and Rotational Nanopositioners
| Product |
Description |
Axes |
Applications |
| Nano-MTA Series |
Mirror tip/tilt system with up to 5 milliradians travel for rapid scanning of laser beams with sub-microradian resolution |
1 or 2 |
high speed laser beam steering, optical trapping, active optics |
Nano-Theta
|
Rotational stage with sub-microradian resolution |
1 |
laser beam scanning, lithography, FBG writing |
| Nano-Theta/H |
Rotational stage withs 5 milliradians of total motion and a large center aperture |
1 |
polarized nanoscopy, FBG writing, lithography |
| Nano-Align3 Series |
100 µm range of motion in the Z-axis and 2 mrad in θx and θy |
3 |
microscopy, MEMS testing, wafer alignment and testing, nanomachining |
| Nano-Align5 Series |
5-axis (X, Y, Z, θx, θy) nanopositioning system with a large center aperture |
5 |
wafer alignment and testing, MEMS testing, optical aligment |
| Nano-Align6 Series |
6-axis (X, Y, Z, θx , θy, θz) nanopositioning system with a large center aperture |
6 |
optical aligment, wafer alignment, nano- and micromachining |
| Nano-M3Z |
25 µm range of motion in the Z-axis and 1 mrad in θx and θy |
3 |
optical aligment, metrology, nanolithography |
| Nano-Man5 |
50 µm range of motion in X and Y, 25 µm in Z, and 1 mrad in θx and θy |
5 |
SEM, MEMS testing, nanolithography |
|
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Integrated Nanopositioning and Micropositioning Stages
| Product |
Description |
Axes |
Applications |
| Nano-View®/M Series |
Fully integrated nanopositioning and micropositioning systems for use with inverted optical microscopes that offer long range manual micropositioning in two axes, combined with a 2-axis or 3-axis nanopositioner |
2 or 3 |
STORM, PALM, confocal and fluorescence imaging, single molecule microscopy and spectroscopy, particle tracking, optical trapping, optical tweezers. super resolution (SR) microscopy |
Nano-View® Series
|
Fully integrated nanopositioning and micropositioning systems for use with inverted optical microscopes, combined with a high resolution, 2-axis or 3-axis nanopositioner |
2 or 3 |
STORM, PALM, confocal and fluorescence imaging, single molecule microscopy and spectroscopy, particle tracking, optical trapping, optical tweezers, super resolution (SR) microscopy |
| MCL-MANNZ |
Integrated micro-nanopositioning system for use with inverted optical microscopes, combining a manual micrometer driven, two axis, linear motion stage with a high resolution z-axis nanopositioner. |
1(Z) |
optical microscopy, confocal imaging, fluorescence imaging, single molecule spectroscopy, nanomanipulation, STORM and PALM imaging |
| MCL-MOTNZ |
Value priced positioning system for use with inverted optical microscopes, combining a stepper motor XY linear motion stage with a closed loop high resolution Z-axis nanopositioning system. |
1(Z) |
optical microscopy, confocal imaging, fluorescence imaging, single molecule spectroscopy, nanomanipulation, STORM and PALM imaging |
| Nano-SPMZ |
Integrates single axis micropositioning and high resolution nanopositioning into a unit compatible with optical tables and standard mounting accessories |
1 |
nanoindenting and nanomanipulation |
|
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Products for Microscopy
| Product |
Description |
Axes |
Applications |
| C-Focus™ System |
Focus stabilization system that eliminates microscope focus drift over long time periods |
1 |
microscope focus correction, high speed confocal imaging |
| High Speed Lens Positioners |
Custom systems for high speed, single axis movement of lenses and optical components |
1 |
high speed focus adjustment, high speed Z stack imaging |
| Nano-F Series |
Objective lens focusing elements with 100 µm or 200 µm of travel |
1 |
STORM, PALM, confocal and fluorescence imaging, super resolution (SR) microscopy |
| Nano-F25HS |
High speed nanopositioner focusing element with 25 µm travel |
1 |
high speed Z stack imaging, high speed focus adjustment |
| Nano-F450 |
Longest travel range piezo focusing element available for research microscopy with 450 µm travel |
1 |
long range focus adjustment, long range Z stack imaging |
| Nano-F3D |
Objective lens nanopositioner with 3-axis (XYZ) motion up to 100 µm per axis |
3 |
4Pi microscopy, custom scanning microscopy applications, optical inspection |
| Nano-Z Series |
100 µm or 200 µm range of motion, large center aperture, and ultra-low profile |
1(Z) |
high throughput fluorescence microscopy, super resolution microscopy |
| Nano-Z50HS |
High speed, low profile, with 50 µm range of motion and integrated sample holder |
1(Z) |
high speed optical microscopy |
| Nano-ZL Series |
Super long range (500 µm), with aperture sized to hold multiwell plates |
1(Z) |
high throughput fluorescence microscopy, super resolution microscopy |
| Nano-ZS Series |
100 µm or 200 µm range of motion, large center aperture, and low profile |
1(Z) |
super resolution (SR) microscopy, optical microscopy |
Nano-LPQ
|
Ultra-low profile, high speed nanopositioning system with 75 microns of travel in XY and 50 microns in Z |
3 |
optical trapping, optical tweezers, high speed particle tracking, NSOM, SPM |
| Nano-PDQ Series |
Extremely high speed nanopositioners with a large center aperture, up to 75 µm of motion in XY, and 50 µm of motion in Z |
2 or 3 |
optical trapping, optical tweezers, high speed particle tracking |
| Nano-T Series |
Economical system with XY motion up to 200 µm and Z-axis motion up to 50 µm |
2 or 3 |
fluorescence imaging, super resolution (SR) microscopy, AFM scanning |
| Nano-Bio Series |
Low profile, with large aperture for use with inverted optical microscopes, available in 50 µm, 100 µm, and 200 µm ranges of motion |
2 |
optical microscopy, AFM scanning, super resolution (SR) microscopy |
| Nano-BioS Series |
Ultra low profile system designed to be easily integrated into existing inverted microscopes, AFM's and other instrumentation |
2 |
STORM, PALM, confocal and fluorescence imaging, nanolithography, super resolution (SR) microscopy |
| Nano-LP Series |
Low profile with 100µm, 200 µm or 300 µm in X, Y and Z. |
3 |
single molecule microscopy and spectroscopy, fluorescence imaging, super resolution (SR) microscopyy |
| Nano-LPS Series |
Low profile system specifically designed for optical microscopy with a large aperture (83mm) |
3 |
STORM, PALM, confocal and fluorescence imaging, alignment, super resolution (SR) microscopy |
| Nano-View®/M Series |
Fully integrated nanopositioning and micropositioning systems for use with inverted optical microscopes that offer long range manual micropositioning in two axes, combined with a 2-axis or 3-axis nanopositioner |
2 or 3 |
STORM, PALM, confocal and fluorescence imaging, single molecule microscopy and spectroscopy, particle tracking, optical trapping, optical tweezers, super resolution (SR) microscopy |
Nano-View® Series
|
Fully integrated nanopositioning and micropositioning systems for use with inverted optical microscopes, combined with a high resolution, 2-axis or 3-axis nanopositioner |
2 or 3 |
STORM, PALM, confocal and fluorescence imaging, single molecule microscopy and spectroscopy, particle tracking, optical trapping, optical tweezers, super resolution (SR) microscopy |
| MCL-MANNZ |
Integrated micro-nanopositioning system for use with inverted optical microscopes, combining a manual micrometer driven, two axis, linear motion stage with a high resolution z-axis nanopositioner. |
1(Z) |
optical microscopy, confocal imaging, fluorescence imaging, single molecule spectroscopy, nanomanipulation, STORM and PALM imaging |
| MCL-MOTNZ |
Value priced positioning system for use with inverted optical microscopes, combining a stepper motor XY linear motion stage with a closed loop high resolution Z-axis nanopositioning system. |
1(Z) |
optical microscopy, confocal imaging, fluorescence imaging, single molecule spectroscopy, nanomanipulation, STORM and PALM imaging |
|
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Products for Metrology
| Product |
Description |
Axes |
Applications |
Nano-HS3M
|
High speed, ultra-low noise system with range of motion 10 µm (XY) and 5 µm (Z) |
3 |
high speed, high resolution positioning, Metrology, AFM, SPM |
Nano-METZ
|
High speed, ultra-low noise system with range of motion 5 µm |
1 |
high speed, high resolution positioning, Metrology, AFM, SPM |
Nano-MET Series
|
High speed, ultra-low noise system with ranges of motion 75 µm (XY) and 5 µm (Z) |
2 or 3 |
high speed, high resolution positioning, Metrology, AFM, SPM |
Nano-MET10 & Nano-MET20
|
High speed, ultra-low noise system with ranges of motion 10 µm or 20 µm |
1 |
high speed, high resolution positioning, Metrology, AFM, SPM |
Nano-OP Series
|
High speed system with ranges of motion from 30 µm up to 100 µm, can be combined to provide multi-axis motion |
1 |
AFM, NSOM, interferometry, optical fiber positioning |
| Nano-HS Series |
High speed system with picometer positioning resolution and 10 µm range of motion |
2 or 3 |
high speed AFM, NSOM, SPM, optical alignment and miror positioning |
| Nano-SPM200 |
Compact nanopositioning system with 200 µm travel |
2 |
AFM, NSOM, SPM, nanofabrication |
| Nano-SPMZ |
Integrates single axis micropositioning and high resolution nanopositioning into a unit compatible with optical tables and standard mounting accessories |
1 |
nanoindenting and nanomanipulation |
| Nano-3D200 |
Compact design, 200 µm range, offered at a very competitive price |
3 |
optical fiber alignment, nanomanipulation, nanofabrication |
| Nano-3D500 |
Super long range (500 µm) nanopositioning system with a compact design |
3 |
micromachining, micromanipulation, optical fiber aligment |
|
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Products for Active Optics
| Product |
Description |
Axes |
Applications |
| Nano-MTA Series |
Mirror tip/tilt actuators for rapid scanning of laser beams with sub-microradian resolution |
1 or 2 |
high speed laser beam steering, optical trapping, active optics |
Nano-OP Series
|
Ranges of motion from 30 µm up to 100 µm and can be combined to provide multi-axis motion |
1 |
AFM, NSOM, interferometry, optical fiber positioning |
| High Speed Lens Positioners |
Custom systems for high speed, single axis movement of lenses and optical components |
1 |
high speed focus adjustment, high speed Z stack imaging |
| Nano-F Series |
Objective lens focusing elements with 100 µm or 200 µm of travel |
1 |
STORM, PALM, confocal and fluorescence imaging, super resolution (SR) microscopy |
| Nano-F25HS |
High speed nanopositioner focusing element with 25 µm travel |
1 |
high speed Z stack imaging, high speed focus adjustment |
| Nano-F450 |
Longest travel range piezo focusing element available for research microscopy with 450 µm travel |
1 |
long range focus adjustment, long range Z stack imaging |
| C-Focus™ System |
Focus stabilization system that eliminates microscope focus drift over long time periods |
N/A |
microscope focus correction, high speed confocal imagingy |
| Nano-F3D |
Objective lens nanopositioner with 3-axis (XYZ) motion up to 100 µm per axis |
3 |
4Pi microscopy, custom scanning microscopy applications, optical inspection |
Nano-Theta
|
Rotational stage with sub-microradian resolution |
1 |
laser beam scanning, lithography, FBG writing |
| Nano-Theta/H |
Rotational stage withs 5 milliradians of total motion and a large center aperture |
1 |
polarized nanoscopy, FBG writing, lithography |
| Nano-3D200 |
Compact design, offered at a very competitive price |
3 |
optical fiber alignment, nanomanipulation, nanofabrication |
| Nano-3D500 |
Super long range (500 µm) nanopositioning system with a compact design |
3 |
micromachining, micromanipulation, optical fiber aligment |
|
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Nanopositioners for UHV (bakeable) Applications
Nearly all standard systems can be modified for vacuum applications to 10-8 Torr if baking is not necessary. Many UHV applications require custom designed solutions. With experienced UHV instrumentation specialists on staff, we can provide custom nanopositioning solutions. For design guidance see our custom page or contact our vacuum specialists.
| Product |
Description |
Axes |
Applications |
Nano-UHV50
|
Ultra High Vacuum (UHV) compatible nanopositioner with 50 µm range of motion in X and Y, can be baked at temperatures up to 100° C |
2 |
X-ray, VUV, and optical microscopy, UHV AFM, wafer testing |
| Nano-UHV100 |
Ultra High Vacuum (UHV) compatible nanopositioner with 100 µm range of motion in X and Y, can be baked at temperatures up to 100° C |
2 |
X-ray, VUV, and optical microscopy, UHV AFM, wafer testing |
| Nano-UHV200 |
Ultra High Vacuum (UHV) compatible sub-nanometer precision scanner with 200 µm range of motion in X, Y and Z, can be baked at temperatures up to 100° C. |
3 |
X-ray, VUV, and optical microscopy, UHV AFM, wafer testing | | | |
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