Application fields
EZ Temperature AFM


Heating stage — on its own and mounted on the Nano-Observer


Cooling stage — on its own and mounted, with the coolant tubes
Key Features
- Wide Temperature Range: From -40°C to 450°C
- Compatibility: Works with all AFM modes
- Minimal Thermal Drift: Optimized design reduces temperature gradients
- Stable Imaging: Maintain high-quality scans during temperature changes
- Versatile Applications: Ideal for polymers, materials science, and biological samples
- Seamless Integration: Designed specifically for the Nano-Observer AFM
Benefits of EZ Temperature Module
- Limited Thermal Expansion: Minimized drift for stable imaging
- Low Temperature Capability: Expand your research with different temperature conditions
- Thermal Insulation: Protect sensitive AFM components
- Precise Temperature Control: Achieve accurate and reproducible thermal conditions
- Real-Time Imaging: Observe dynamic processes during temperature changes
- Versatile Compatibility: Works with various modes and environmental controls
Real-time acquisition: polymer (PCL) crystallization, 10 µm

Temperature : 70°C to 40°C
Resonant mode
PCL (polycaprolactone) crystallization under controlled temperature
Scan size : 20µm
Temperature Module AFM Integration
The EZ Temperature accessory is designed to seamlessly integrate with the Nano-Observer AFM:
- Easy Installation: Quick setup without complex adjustments
- Software Integration: Control temperature directly through the AFM interface
- Modular Design: Easily combine with other accessories like environmental control or liquid cells
- Future-Proof: Part of CSInstruments’ commitment to expandable AFM capabilities
Specifications
Specifications:
- Temperature Range: -40°C to 450°C
- Temperature Stability: ±0.1°C
- Heating/Cooling Rate: Up to 10°C/min (sample dependent)
- Sample Size: Compatible with standard AFM sample holders
- AFM Mode Compatibility: All modes (Contact, Oscillating, Electrical, etc.)
Questions about the EZ Temperature module?
Ask the application scientists behind our AFMs and modes — about your samples, probes, set-up or which mode fits your measurement. We answer every message personally.