MCL Think Nano Nano-T Series Dual-Axis and Tri-Axis Nanopositioning Stages
| Brand | MCL Think Nano |
|---|---|
| Origin | USA |
| Manufacturer Type | Authorized Distributor |
| Product Category | Imported |
| Model | Nano-T Series |
| Product Type | Motorized Nanopositioning Stage |
| Motion Axes | 2-Axis (XY) or 3-Axis (XYZ) |
| XY Travel Range | 100 μm / 200 μm |
| Z Travel Range | 20 μm / 50 μm |
| XY Resolution | 0.2 nm / 0.4 nm |
| Z Resolution | 0.04 nm / 0.1 nm |
| Closed-Loop Positioning Accuracy | Picometer-Level |
| Aperture | Large Central Opening for Optical Components |
| Control Architecture | Integrated PicoQ® Capacitive Sensing |
| Body Material | Aluminum or Invar |
| Max Horizontal Load | 0.5 kg |
| Max Vertical Load | 0.2 kg |
| Resonant Frequency (X) | 450 Hz / 400 Hz ±20% |
| Resonant Frequency (Y) | 250 Hz / 200 Hz ±20% |
| Resonant Frequency (Z) | 450 Hz / 350 Hz ±20% |
| Angular Deviation (Roll/Pitch) | ≤1 μrad |
| Angular Deviation (Yaw) | ≤3 μrad |
| Compatible Controller | Nano-Drive® |
Overview
The MCL Think Nano Nano-T Series represents a class of high-precision, closed-loop motorized nanopositioning stages engineered for demanding optical and scanning applications where sub-nanometer repeatability, thermal stability, and mechanical rigidity are critical. Based on piezoelectric actuation combined with proprietary PicoQ® capacitive position sensing technology, the Nano-T Series delivers absolute, drift-free positional feedback without reliance on external interferometers or homodyne detection systems. Each axis operates independently under real-time digital servo control, enabling simultaneous multi-axis motion with minimal crosstalk (24 h), making it suitable for GLP-compliant quantitative imaging workflows.
Key Features
- PicoQ® integrated capacitive sensors providing absolute position measurement with picometer-level resolution and <0.1 nm long-term repeatability
- Large central aperture (≥12 mm diameter) enabling unobstructed optical access for objective lenses, fiber couplers, and cantilever probes
- Modular design supporting both dual-axis (XY) and tri-axis (XYZ) configurations with field-replaceable Z modules
- Aluminum or low-expansion Invar body options for thermal drift mitigation in temperature-sensitive environments (e.g., environmental chambers)
- Digital Nano-Drive® controller with USB 2.0 and Ethernet interfaces, supporting LabVIEW, MATLAB, Python, and C/C++ SDKs
- Real-time trajectory generation with up to 10 kHz update rate and sub-millisecond latency for synchronized scanning
Sample Compatibility & Compliance
The Nano-T Series is designed for integration into ISO 14644-1 Class 5 cleanroom-compatible optical tables and inverted microscope frames. Its non-magnetic construction (no ferrous components) ensures compatibility with superconducting magnets and electron beam systems. All models comply with RoHS 3 and CE directives. When operated with the Nano-Drive® controller, the system supports audit-trail-enabled operation per FDA 21 CFR Part 11 requirements—including user authentication, electronic signatures, and immutable parameter logging—making it deployable in regulated pharmaceutical QC labs and clinical research facilities conducting USP compliant instrumentation qualification.
Software & Data Management
The Nano-Drive® software suite provides deterministic motion sequencing, waveform-based scanning (sine, triangle, Lissajous), and automated calibration routines including hysteresis compensation and cross-axis coupling correction. Data export is supported in HDF5 and CSV formats with timestamp-synchronized metadata (position, voltage, temperature, error flags). Integration with Micro-Manager and NIS-Elements enables hardware-triggered acquisition alignment. For enterprise deployment, the controller supports TLS 1.2-secured RESTful API endpoints and OPC UA server mode for MES/SCADA interoperability.
Applications
- Multi-axis alignment of photonic integrated circuits (PICs) and fiber arrays in telecom R&D
- Stage-scanning super-resolution modalities including STORM, PALM, and MINFLUX
- Closed-loop AFM scanner replacement with enhanced Z-range and reduced thermal drift
- Confocal and multiphoton fluorescence imaging requiring nanoscale focus stabilization
- Quantum dot and NV-center optical addressing in solid-state quantum computing testbeds
- In situ cryo-microscopy stage positioning within Gatan 626/910 holders
FAQ
What is the difference between the Nano-T and Nano-LP Series?
The Nano-T Series prioritizes travel range and load capacity over ultra-low profile; its height is ~32 mm (2-axis) or ~48 mm (3-axis), whereas the Nano-LP Series achieves ≤12 mm height at the expense of reduced Z-range and lower stiffness.
Can the Nano-T Series be used in vacuum environments?
Standard models are rated for ambient air only; vacuum-compatible variants (UHV-rated to 1×10⁻⁹ Torr) are available with modified materials, lubricants, and feedthroughs—contact engineering support for custom configuration.
Is firmware upgrade capability included?
Yes—Nano-Drive® controllers support over-the-air (OTA) firmware updates via signed binary packages verified using ECDSA-256 cryptographic signatures to ensure traceability and integrity.
How is angular deviation characterized and validated?
Roll/pitch/yaw errors are measured using a Zygo Verifire™ interferometer with 6-degree-of-freedom analysis; calibration reports are provided with each unit and archived in the manufacturer’s quality management system (QMS) per ISO 9001:2015.
Does the system support third-party motion synchronization protocols?
Yes—TTL sync I/O (trigger in/out), IEEE-1588 PTP time-stamping, and GenICam-compliant event signaling enable deterministic coordination with sCMOS cameras, laser pulse generators, and lock-in amplifiers.
