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NanoScanZ Nanopositioning Piezo Stage Systems
From Prior Scientific |
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| Download 100/200 Micron Stage Models Data Sheet |
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| Download 250/500 Micron Stage Models Data Sheet |
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Prior Scientific proudly introduces the latest innovation in microscope automation - the NanoScanZ Nanopositioning Piezo Z Stage Systems. |
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| Specifically designed for researchers utilizing deconvolution and 3D imaging, the NanoScanZ offers 100µm, 200µm, 250µm and 500µm travel models. The NanoScanZ optimizes the speed of the newest digital cameras and accomplishes in milliseconds what used to take seconds for conventional rotary focus drives. |
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NanoScanZ Piezo Stage installed on a HH117 Flat top motorized stage |
NanoScanZ Piezo Stage with adapter plate installed on a manual stage |
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| Features: |
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- 100μm or 200μm travel
- 1 nanometer repeatability
- Closed loop control utilizing sub-angstrom resolution piezo resistive sensor
- RS232/USB or Analog (0-10V) control
- Compatibility with software already programmed to control piezo objectives
- Used in conjunction with H122 focus drive the entire range of focus can be viewed.
- Easy to view display screen for position and set up parameters. By moving the sample instead of the objective the NanoScanZ offers enormous benefits over existing objective based Piezo systems including;
- Quicker movement and settling due to lower mass movement
- Flexibility to create Z stacks with multiple objectives
- No rotating wires to twist and break Prior Scientific provides full support and service for the NanoScanZ and its entire product line both directly and indirectly
through its professional and knowledgeable worldwide dealer network.
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| Specifications: |
| Z Axis 100μm & 200μm travel Piezo stage with closed loop nanodrive controller |
| Feature |
Specification |
| Range of Motion |
100μm & 200μm |
| Repeatability |
1nm |
| Bandwidth |
200Hz |
| Accuracy/Linearity |
0.5% of travel |
| Maximum Load |
500 grams |
| Resonant Frequency |
1 KHz |
| Inplane Tilt |
10μrad typical |
| Operating Temp. Range |
5 to 50 degrees C |
| Body Material |
Anodized Aluminum |
| Stage Control Input |
Analog (0-10 VDC) |
| RS232/USB |
| Power Requirement |
90-240 VAC |
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| Specifications: |
| Z Axis 250 μm & 500μm travel Piezo stage with closed loop nanodrive controller |
| Feature |
Specification |
| Range of Motion |
250 micron / 500 micron |
| Repeatability |
2.5 nm / 5 nm |
| Bandwidth |
15ms |
| Accuracy/Linearity |
0.5% of travel |
| Resonant Frequency |
200Hz / 550 Hz (+/- 20%) |
| Inplane Tilt |
15μrad / 20μrad typical |
| Operating Temp. Range |
5 to 50 degrees C |
| Body Material |
Anodized Aluminum |
| Stage Control Input |
Analog (0-10 VDC) |
| RS232/USB |
| Power Requirement |
90-240 VAC |
| Output-Position Signal |
0.0 -10.0V |
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| Z Axis Piezo Stages: |
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Part Number |
Product Description |
NZ100CE |
Z Axis 100μm travel Piezo stage with closed loop nanodrive controller |
NZ200CE |
Z Axis 200μm travel Piezo stage with closed loop nanodrive controller |
NZ250CE |
Z Axis 250μm travel Piezo stage with closed loop nanodrive controller |
NZ500CE |
Z Axis 500μm travel Piezo stage with closed loop nanodrive controller |
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| NZ100 Inserts: |
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H471 |
Single slide holder for the NZ100 stage |
H472 |
35mm Petri dish slide holder for the NZ100 stage |
EMIPZ1 |
Adapter plate for the NZ100 stage for use with manual stages |
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| NZ500 and NZ250 Inserts: |
NZ301 |
Microtitre plate holder ( 85 x 128mm ) for NZ250 and NZ500 |
NZ302 |
Universal specimen holder (slides, petri dishes and small flasks) for NZ250 and NZ500 |
NZ303 |
Slide holder for one 76 x 26mm microscope slide for NZ250 and NZ500 |
NZ304 |
Terasaki Plate Holder for NZ250 and NZ500 |
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