Zeiss ZEISS field emission scanning electron microscope Gemini series

NegotiableUpdate on 05/07

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Overview

The name Zeiss ZEISS field emission scanning electron microscope Gemini series represents imaging technology that can easily achieve sub nanometer level high resolution, sufficient to meet your imaging requirements when facing high demand materials and life science projects. By combining high detection efficiency with excellent analytical performance, non immersion objective lens technology can achieve sub nanometer resolution below 1kV. Three specially designed Gemini electron optical tubes and a large and flexible new sample chamber can meet all your imaging and analysis needs.

Product Details

Zeiss ZEISS field emission scanning electron microscope Gemini seriesdetailed description:

蔡司ZEISS 场发射扫描电镜Gemini系列

Zeiss ZEISS field emission scanning electron microscope Gemini seriesFully utilize the Gemini electro-optical system to design the GeminisEM series products based on mature Zeiss Gemini technology, which has been in use for over 25 years.

This series is equipped with a complete and efficient detection system, and features excellent resolution and usability. The design of Gemini objectives combines electrostatic and magnetic fields to enhance optical performance while minimizing their impact on the sample. Therefore, even demanding samples such as magnetic materials can be imaged with high quality. In the Gemini tube design concept, Inlens uses secondary electron (SE) and backscattered electron (BSE) detectors to ensure efficient signal detection. The Inlens detectors are placed on the positive optical axis inside the lens barrel, effectively reducing the time required for image acquisition while reducing the time required for recalibration.

Gemini electron beam thruster technology can ensure small beam spots and high signal-to-noise ratio even at very low acceleration voltages. In addition, it ensures that the electron beam maintains a high acceleration voltage while moving in the barrel until it decelerates to the set voltage after leaving the barrel, greatly reducing the impact of external stray magnetic fields on system sensitivity. GeminiSEM 360, GeminiSEM 460, and GeminiSEM 560 all utilize Gemini design, Inlens detector, and electron beam thruster technology.