Park SYSTEMS NX10 High-Precision Atomic Force Microscope
| Brand | Park SYSTEMS |
|---|---|
| Origin | Fujian, China |
| Manufacturer Type | Authorized Distributor |
| Origin Category | Domestic (China) |
| Model | NX10 High-Precision Atomic Force Microscope (SHNTI) |
| Price Range | USD 95,000 – 218,000 |
| Instrument Type | Atomic Force Microscope (AFM) |
| Application Class | Materials Science AFM |
Overview
The Park SYSTEMS NX10 High-Precision Atomic Force Microscope is a benchtop, non-contact AFM engineered for nanoscale topographic and property mapping with sub-angstrom vertical resolution and high spatial fidelity. Utilizing true non-contact mode based on frequency modulation (FM-AFM) principles, the NX10 maintains probe tip integrity while preserving delicate sample surfaces—critical for soft polymers, biological specimens, 2D materials, and functional thin films. Its integrated closed-loop XY scanner (50 µm × 50 µm range) and low-noise Z-scanner (15 µm range) operate with <0.15% bidirectional scan hysteresis, enabling quantitative nanomechanical and electrical measurements traceable to SI units. Designed for materials science laboratories, the NX10 supports vacuum, ambient, and liquid environments without hardware reconfiguration—facilitating in situ electrochemical, thermal, or mechanical stimulation during imaging.
Key Features
- SmartScan Auto Imaging: One-click acquisition workflow that autonomously optimizes setpoint, gain, scan speed, and feedback parameters to balance resolution, signal-to-noise ratio, and throughput—reducing operator dependency and improving inter-user reproducibility.
- Pinpoint Nanomechanical Mode: A proprietary force-controlled imaging algorithm delivering simultaneous topography, modulus, adhesion, and dissipation maps at pixel-level registration—enabling correlative nanomechanics without post-processing alignment.
- Multi-Modal Integrated Platform: Native support for over 20 operational modes—including FM-AFM, LFM, MFM, EFM, KPFM, PFM, SCM, SSRM, CP-AFM, STS, SThM, and EC-AFM—accessible via unified software interface without module swapping or recalibration.
- True Non-Contact Operation: Frequency-modulated detection ensures minimal tip–sample interaction force (<10 pN), extending cantilever lifetime and preventing surface damage across organic monolayers, MOFs, perovskites, and live cells.
- Low-Noise Closed-Loop Scanning: Integrated capacitive position sensors provide real-time XY correction, eliminating image distortion from creep and hysteresis—essential for metrology-grade line profiling and step-height quantification per ISO 25178 and ASTM E2967 standards.
Sample Compatibility & Compliance
The NX10 accommodates substrates up to 200 mm in diameter and accommodates standard SEM stubs, TEM grids, and custom sample holders. It operates reliably in air, nitrogen gloveboxes, electrochemical cells (with potentiostat integration), and aqueous buffers (via fluid cell kits). All scanning modes comply with GLP/GMP documentation requirements when paired with audit-trail-enabled software. Data export formats (e.g., .spm, .gwy, HDF5) are compatible with third-party analysis tools used in academic publishing and industrial R&D reporting. The system meets CE marking requirements and conforms to IEC 61000-6-3 (EMC) and IEC 61010-1 (safety) standards.
Software & Data Management
XEI software provides an intuitive, scriptable environment supporting automated batch acquisition, multi-channel correlation, and real-time FFT filtering. Built-in modules include force-distance spectroscopy, I-V curve fitting, piezoresponse phase analysis, and Kelvin probe work function mapping. All raw data—including time-stamped sensor voltages, PID logs, and environmental metadata—are stored with embedded calibration records. Optional 21 CFR Part 11 compliance package enables electronic signatures, role-based access control, and immutable audit trails for regulated environments (e.g., semiconductor process development, pharmaceutical nanomaterial characterization).
Applications
- Nanoscale morphology and roughness analysis of battery cathode coatings, OLED layers, and graphene heterostructures per ISO/IEC 17025-accredited protocols.
- Quantitative nanomechanical mapping of hydrogels, extracellular matrices, and polymer blends using Pinpoint mode under physiological buffer conditions.
- Domain-resolved ferroelectric switching dynamics in PZT and HfO₂-based memory devices via synchronized PFM and KPFM.
- In situ corrosion monitoring of Mg alloys and Cu interconnects using EC-AFM with synchronized potentiodynamic control.
- Correlative electrical transport imaging—combining CP-AFM current mapping with STM topography for defect-resolved conductivity analysis in CVD-grown TMDs.
FAQ
What environmental conditions does the NX10 support for imaging?
The NX10 operates in ambient air, inert gas (N₂/Ar), vacuum (down to 10⁻⁵ Torr with optional chamber), and liquid (using sealed fluid cells); no mechanical modification is required between configurations.
Is the system compatible with third-party cantilevers and probes?
Yes—the NX10 accepts standard 125 µm × 500 µm rectangular cantilevers from Bruker, NanoAndMore, Olympus, and other vendors; probe alignment is assisted by integrated optical beam deflection visualization.
Can the NX10 perform automated large-area stitching?
XEI software includes grid-based tile acquisition with sub-nanometer overlap correction, supporting stitched mosaics up to 1 mm × 1 mm with seamless topographic continuity.
Does the system support user-defined scripting for custom experiments?
Yes—Python API integration allows full instrument control, real-time data streaming, and external hardware synchronization (e.g., lasers, lock-in amplifiers, temperature stages).
What maintenance intervals are recommended for routine operation?
No scheduled preventive maintenance is required; periodic verification of scanner linearity and photodetector sensitivity is advised every 6 months using NIST-traceable calibration samples.
