SEM5000 Delivered to the Major Platform Center of the Institute of Agricultural Sciences of China

High-performance tungsten filament SEM microscope with excellent imaging quality capabilities in both high and low vacuum modes   The CIQTEK SEM3200 SEM Microscope has a large depth of field with a user-friendly interface to enable users to characterize specimens and explore the world of microscopic imaging and analysis.

CIQTEK SEM5000 is a field emission scanning electron microscope(FESEM) with high-resolution imaging and analysis ability, supported by abundant functions, benefits from advanced electron optics column design, with high-pressure electron beam tunnel technology (SuperTunnel), low aberration, and non-immersion objective lens, achieves low voltage high-resolution imaging, the magnetic specimen can also be analyzed. With optical navigation, automated functionalities, carefully designed human-computer interaction user interface, and optimized operation and use process, no matter if you are an expert or not, you can quickly get started and complete high-resolution imaging and analysis work.

CIQTEK SEM4000 is an analytical field emission scanning electron microscope (FESEM) equipped with a high-brightness long-life Schottky field emission electron gun. With the three-stage condenser electron optics column design and the large continuously adjustable beam current, SEM4000 delivers advantages in EDS, EBSD, WDS, and other analytical applications. The system supports low vacuum mode, which can help directly observe poorly conductive or even non-conductive specimens. Standard optical navigation mode, as well as an intuitive user operation interface, makes your analysis work easy.

Analytical field emission scanning electron microscope (FESEM) equipped with a high-brightness long-life Schottky field emission electron gun   With the three-stage condenser electron optics column design for beam currents up to 200 nA, SEM4000Pro delivers advantages in EDS, EBSD, WDS, and other analytical applications. The system supports low vacuum mode as well as a high-performance low-vacuum secondary electron detector and retractable backscattered electron detector, which can help directly observe poorly conductive or even non-conductive samples. Standard optical navigation mode and an intuitive user operation interface make your analysis work easy.

Ultra-high resolution Field Emission Scanning Electron Microscopy (FESEM): 0.6 nm@15 kV and 1.0 nm@1 kV   The CIQTEK SEM5000X ultra-high resolution FESEM utilizes the upgraded column engineering process, “SuperTunnel” technology, and high-resolution objective lens design to improve low-voltage imaging resolution. The FESEM SEM5000X specimen chamber ports extend to 16, and the specimen exchange load-lock supports up to 8-inch wafer size (maximum diameter 208 mm), significantly expanding the applications. The advanced scanning modes and enhanced automated functions bring stronger performance and an even more optimized experience.

High-speed scanning electron microscope for cross-scale imaging of large-volume specimens   CIQTEK HEM6000 facilities technologies such as the high-brightness large-beam current electron gun, high-speed electron beam deflection system, high-voltage sample stage deceleration, dynamic optical axis, and immersion electromagnetic & electrostatic combo objective lens to achieve high-speed image acquisition whilst ensuring nano-scale resolution. The automated operation process is designed for applications such as a more efficient and smarter large-area high-resolution imaging workflow. The imaging speed can reach more than 5 times faster than a conventional field emission scanning electron microscope (fesem).

CIQTEK SEM5000Pro is a field emission scanning electron microscope (FESEM) with high-resolution imaging and analysis ability, supported by abundant functions, benefits from advanced electron optics column design, with high-pressure electron beam tunnel technology (SuperTunnel), low aberration, and MFL objective lens, achieves low voltage high-resolution imaging, the magnetic specimen can also be analyzed. With optical navigation, automated functionalities, carefully designed human-computer interaction user interface, and optimized operation and use process, no matter if you are an expert or not, you can quickly get started and complete high-resolution imaging and analysis work.