PicoFemto In-Situ MEMS Chip Sample Holder Series

Multi-field In-Situ, Precise Characterization
Fully Compatible with Mainstream TEM

Heating | Liquid | Gas | Optical Illumination | Single-Tilt / Double-Tilt

ZEPTOOLS PicoFemto In-Situ MEMS Chip Sample Holder Series offers a rich variety of categories and broad adaptability, compatible with mainstream TEM equipment. It covers multiple functional types including heating, liquid, gas, and more, meeting the diverse needs of different scientific research and experimental scenarios. The series products integrate advanced technology, combining ease of operation with stable performance, enabling precise sample characterization, in-situ testing, and dynamic monitoring. With complete accessories and flexible adaptability, it provides efficient and reliable experimental support for researchers, facilitating the smooth progress of various microscopic experiments and research work.

Single-Tilt / Double-Tilt Heating Chip Holder (4-Electrode Thermal / Electrical)

Adopts MEMS heating chip, enabling high-precision high-temperature heating and four-electrode electrical testing. Single-tilt / double-tilt configurations are available, making it a stable platform for high-temperature in-situ thermal and electrical characterization.

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Single-Tilt / Double-Tilt Heating Chip Holder (6 / 8-Electrode Thermo-Electrical Chip)

Integrates multi-electrode MEMS chip, enabling simultaneous multi-channel electrical measurement and precise temperature control. Single-tilt / double-tilt configurations are available, meeting the in-situ research needs of multi-electrode materials and devices.

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Closed Liquid Holder

Adopts sealed MEMS liquid chip, enabling in-situ electrochemical experiments in liquid environments within the TEM, achieving real-time high-resolution observation of sample structural evolution in liquids.

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Closed Optical Liquid Holder

Integrates liquid sealing and fiber-optic light illumination functions, enabling simultaneous photoexcitation, electrochemical testing, and in-situ TEM imaging in liquid environments. Suitable for photocatalysis and photoelectrochemical research.

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Flow Liquid Holder

Supports continuous liquid flow and precise pressure control, capable of simulating real liquid-phase reaction environments and real-time observation of dynamic processes such as electrochemical reactions, corrosion, and crystal growth.

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Gas Holder

Supports multi-channel gas mixing and precise temperature-controlled gas flow, enabling in-situ reaction research such as catalysis, oxidation, and reduction under controlled atmosphere environments, reproducing material behavior under real working conditions.