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| Product | Description | Applications |
|---|---|---|
| Integrated Nanopositioners and Micropositioners | ||
| Nano-View® Series | Fully integrated piezo nanopositioner and micropositioning systems for use with inverted optical microscopes. Combined with a high resolution, 2-axis or 3-axis nanopositioner | confocal and fluorescence imaging, single molecule microscopy and spectroscopy, particle tracking, optical trapping, optical tweezers, super resolution (SR) microscopy |
| Nano-View®/M | Fully integrated piezo nanopositioner and micropositioning systems for use with inverted optical microscopes. Combined with a high resolution, 2-axis or 3-axis nanopositioner | confocal and fluorescence imaging, single molecule microscopy and spectroscopy, particle tracking, optical trapping, optical tweezers, super resolution (SR) microscopy |
| MCL-MANNZ | Integrated nanopositioning system for use with inverted optical microscopes, combining a manual micrometer driven, two axis, linear motion stage with a high resolution z-axis piezo nanopositioner. | 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 piezo nanopositioning system. | optical microscopy, confocal imaging, fluorescence imaging, single molecule spectroscopy, nanomanipulation, STORM and PALM imaging |
| Micropositioning Stages | ||
| MicroStage Series |
Precision stepper motor driven microscope stage for inverted optical microscopes. Up to 25 mm of travel per axis, minimum step size of 95 nm, and optional integrated linear encoders with 20 nm resolution for high-precision position measurements . | optical microscopy |
| Manual MicroStage Series |
Low profile, two-axis microscope stage specifically designed to act as a secure base for high resolution piezo nanopositioning stages. | optical microscopy |
| Manual MicroStage-LT Series | Longer XY travel (up to 50mm), an aperture design that allows rotation of the microscope's objective nosepiece, continuous internal position locking, and excellent stability | optical microscopy |
| Manual MicroStage-BX | Fits onto Olympus upright BX microscopes, 25mm motion in XY, continuous internal position locking, and excellent stability | optical microscopy |
| Nanopositioners | ||
| C-Focus™ | Automatic microscope focus drift correction | microscope focus correction, high speed confocal imaging |
| High Speed Lens Positioners | Custom systems for high speed, single axis movement of lenses and optical components | high speed focus adjustment, high speed Z stack imaging |
| Nano-F Series | Objective lens piezo focusing elements with 100 µm or 200 µm of travel | STORM, PALM, confocal and fluorescence imaging, super resolution (SR) microscopy |
| Nano-F25HS | High speed piezo focusing element with 25 µm travel | 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 | long range focus adjustment, long range Z stack imaging |
| Nano-F3D | Objective lens piezo nanopositioner with 3-axis (XYZ) motion up to 100 µm per axis | 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 | high throughput fluorescence microscopy, super resolution microscopy |
| Nano-Z50HS | High speed, low profile, with 50 µm range of motion and integrated sample holder | high speed optical microscopy |
| Nano-ZL Series | Super long range piezo stage (500 µm), with aperture sized to hold multiwell plates | high throughput fluorescence microscopy, super resolution microscopy |
| Nano-ZS Series | 100 µm or 200 µm range of motion piezo stage with large center aperture, and low profile | super resolution (SR) microscopy, optical 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 | 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 | 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 | 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 | STORM, PALM, confocal and fluorescence imaging, nanolithography, super resolution (SR) microscopy |
| Nano-LP Series | Low profile piezo nanopositioner with 100µm, 200 µm or 300 µm in X, Y and Z. | single molecule microscopy and spectroscopy, fluorescence imaging, super resolution (SR) microscopyy |
| Nano-LPMW |
Low profile nanopositioning system with extra large aperture and 200 µm travel in XYZ | single molecule microscopy and spectroscopy, fluorescence imaging, super resolution (SR) microscopy |
| Nano-LPQ |
Ultra-low profile, high speed nanopositioning system with 75 microns of travel in XY and 50 microns in Z | optical trapping, optical tweezers, high speed particle tracking, NSOM, SPM |
| Nano-LPS Series | Low profile piezo nanopositioner specifically designed for optical microscopy with a large aperture (83mm) | STORM, PALM, confocal and fluorescence imaging, alignment, super resolution (SR) microscopy |