Email Us
songxu@nanocuetech.com
Molecular Imaging: The Power of Modular, Versatile, and High-Performance AFM Solutions
Most Versatile, Modular Design of Its Core Components: The Pendulum Multipurpose Scanner
At the core of Molecular Imaging’s Atomic Force Microscopy (AFM) solutions is the Pendulum Multipurpose Scanner, a revolutionary design that provides unparalleled flexibility for high-precision imaging. This innovative scanner utilizes a top-down configuration, protecting sensitive electronics and piezo elements from contamination while ensuring
high-resolution imaging in diverse environments, including air, fluid, and controlled gas atmospheres. Researchers benefit from:
- Multiple Scan Ranges – Options up to 90μm x 90μm for large-area imaging or 9μm x 9μm for atomic-resolution applications.
- Quick, Interchangeable Nose Cones – Enables fast switching between imaging modes, including STM, AFM, and force measurement techniques.
- Superior Optical Access – Open-top optical and video access for real-time sample monitoring and laser alignment.
Temperature and Environmental Control – Seamlessly integrates with modular sample stages to support extreme experimental conditions.
Modular and Versatile AFM/STM Systems
Our AFM systems, including the Agilent 5500, 5100, and 5420 series, deliver atomic-scale resolution with a modular architecture that allows seamless integration of multiple imaging modes, environmental control chambers, and advanced sample-handling solutions. With fully customizable configurations, researchers can effortlessly switch between AFM, STM, and nanomechanical characterization techniques to suit their experimental needs.
Key Features of Our AFM/STM Solutions:
- Superior Imaging Capabilities – High-precision scanning in fluids, gases, and ambient conditions.
- Unparalleled Environmental Control – Maintain strict conditions with our Environmental Isolation Chamber, perfect for experiments requiring humidity, temperature, and gas control.
- Multi-Technique Integration – Combine AFM, fluorescence microscopy, and electrochemical analysis for comprehensive material characterization.
- User-Friendly Operation – Simple setup with top-down scanning, open-access sample handling, and intuitive software integration.
Advanced Electronics and Software for Precision Control
Molecular Imaging’s AFM systems are powered by state-of-the-art electronics and intelligent control software, providing researchers with robust tools for real-time data acquisition, analysis, and automation.
Powerful Imaging Software: PicoView
Our PicoView software enhances AFM performance with high-precision imaging, real-time 3D rendering, and automated experiment scripting. Key features include:
- Flexible Spectroscopy Modes – Supports volume spectroscopy, FlexGrid spectroscopy, and advanced force mapping.
- Enhanced Electrochemical Capabilities – Perfect for studies on lithium-ion batteries, fuel cells, and corrosion-resistant materials.
- Automation and Customization – Integrated scripting tools for advanced experimental control.
Versatile Multiple AFM Imaging Modes:
- Magnetic AC Mode (MAC Mode®) – A gentle, non-contact imaging method ideal for soft biological samples and in-liquid imaging.
- Single-Pass Kelvin Probe Microscopy (KFM) – High-resolution surface potential mapping for compositional analysis of materials.
Electrochemical SPM – Real-time electrochemical imaging for corrosion studies, electrode materials, and nano-electronics.
Cutting-Edge Sample Handling and Environmental Control
Our sample-handling solutions ensure optimal stability and flexibility for a wide range of applications:
- Multipurpose Scanners – Available in different scan ranges for high-resolution imaging or large-area scanning.
- Environmental Isolation Chambers – Essential for battery research, polymer analysis, and reactive gas studies.
- Temperature-Controlled Sample Stages – Enables imaging from -30°C to 250°C, critical for phase transition and thermal studies.
Why Choose Molecular Imaging?
With industry-leading modularity, high-performance electronics, and cutting-edge software, our AFM/SPM systems provide the ultimate research flexibility. Whether you are conducting fundamental nanoscience research, advanced materials development, or bio-imaging, Molecular Imaging delivers unparalleled precision, versatility, and control.
Explore our product line today and experience the next generation of atomic force microscopy.
