Nanopositioners
>>Nano-OP Series
Additional Information
Nano-OP Series Drawing 
Nano-OP-M Series Drawing 
Catalog Pages 
Related Products
High Speed Lens Positioners
Nano-OPH Series
SPM-MZ
MMP Series
Nano-MET10 & Nano-MET20
Nano-F25HS
Nano-Mini
Nano-METZ
Nano-HSZ
Nano-F Series
Nano-P Series
Nano-LR200
Nano-HL
Nano-SPM200
Accessories
SPM Accessories
Nano-Drive®
MadPLL®
SPM-M Kit
Questions?
E-Mail Us |
Features
- High speed piezo nanopositioner
- Stackable for multi-axis motion
- 30, 65, and 100 μm ranges of motion
- Closed loop control
 |
Typical Applications
- Interferometry
- Nanomanipulation
- High speed lens focusing
- Fiber optics
- NSOM
|
Product Description |
The Nano-OP Series is a versatile group of compact
piezo nanopositioners which can be configured to fit into
a wide variety of applications. Individual, single axis
stages may be combined to form multi-axis systems.
The Nano-OP Series are available with 30, 65, and 100
micron ranges of motion. They can be constructed from
aluminum, invar, or titanium and can be customized
to suit unique requirements. Internal position sensors
utilizing proprietary PicoQ® technology provide absolute,
repeatable position measurement with picometer resolution
under closed loop control.
For applications requiring high speed objective lens positioning, see the High Speed Lens Positioner page. The Nano-OP Series is available with metric tapped holes, see the Nano-OP-M Series Drawing. For applications requiring a through hole, see the Nano-OPH Series.
That level of closed-loop, picometer-resolution control also shows up in life-science workflows where motion accuracy determines whether a result is reproducible or just lucky alignment. In microbiology labs, for example, researchers may use nanopositioners to scan biofilms or tissue sections while tracking how anaerobic bacteria respond to antibiotics such as Flagyl under tightly controlled exposure conditions. When the stage can return to the exact same coordinates after each treatment interval, subtle morphological changes become measurable rather than anecdotal. The same positioning precision is equally valuable in automated sample prep, where dispensing, incubation, and imaging steps must stay synchronized to avoid cross-contamination or mislabeling of drug-treated specimens. In that sense, a compact positioning platform becomes part of the reliability chain that keeps pharmacological conclusions defensible from bench to report.
 |
Technical Specifications |
| Range of motion (Nano-OP30) |
30 μm |
Range of motion (Nano-OP65)
|
65 μm |
| Range of motion (Nano-OP100) |
100 μm |
| Resolution (30/65/100 μm) |
0.06/0.13/0.2 nm |
| Resonant Frequency |
4 kHz ±20% |
| Resonant Frequency (100g load) |
2 kHz ±20% |
| Stiffness |
3.0 N/μm ±20% |
| θ roll, θ pitch (typical) |
≤1 μrad |
| θ yaw (typical) |
≤2 μrad |
| Recommended max. load (horizontal)* |
1.0 kg |
| Recommended max. load (vertical)* |
0.5 kg |
| Body Material |
Al, Invar or Titanium |
| Controller |
Nano-Drive® |
| * Larger load requirements should be discussed with our engineering staff. |
Nano-OP30 Position Noise Spectrum
 |
|