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Electrothermal E-chips
Electrothermal E-chips
- Enable simultaneous heating and electrical biasing
- Ideal for experiments requiring both thermal and electrical stimulation
- Models: Fusion AX Electrothermal E-chips, Poseidon AX Electrochemistry E-chips, Triton AX Electrochemistry E-chips.
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Microwell E-chips
Add to cartMicrowell E-chips
- Microwell Dimensions Small: Membrane thickness: 30 nm, Microwell depth: 170 nm
Large: Membrane thickness: 30 nm, Microwell depth: 170 nm - Models: Poseidon AX Small/Large Microwell E-chips, Triton AX Small/Large Microwell E-chips.
- Microwell Dimensions Small: Membrane thickness: 30 nm, Microwell depth: 170 nm
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Flow Management E-chips
Add to cartFlow Management E-chips
- Optimize flow conditions for liquid experiments
- Improving experimental success and control over liquid environments
- Models: Poseidon AX Flow Management E-chips, Triton AX Flow Management E-chips
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Electrochemistry E-chips
Add to cartElectrochemistry E-chips
- Specialized E-chips for in situ electrochemical experiments
- Providing a stable electrochemical environment
- Ability to control temperature and electrochemical conditions
- Models: Poseidon AX Electrochemistry E-chips, Triton AX Electrochemistry E-chips
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Heating E-chips
Add to cartHeating E-chips
- Dynamic In-situ TEM Experiment
- Supports temperatures: up to 1,200°C
- Use for thermal analysis of materials in different environments
- Models: Fusion AX, Poseidon AX, Atmosphere AX, Triton AX Heating E-chips
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EDS Optimized E-chips
Add to cartEnergy Dispersive X-ray Spectroscopy E-chips
- Reducing material around the window
- Maximizes EDS counts and improves chemical analysis
- Models: Poseidon AX EDS Optimized E-chips
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