Used FEI / TECNAI G2 F30 Twin #293814187 for sale
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ID: 293814187
Vintage: 2002
Transmission Electron Microscope (TEM)
Field Emission Gun (FEG)
Single-Tilt holder
Single-Tilt Tomography holder
Double-Tilt holder
Water chiller
Diffusion pumps
Turbomolecular pumps
Gatan UltraScan 4000
No air compressor
2002 vintage.
FEI / TECNAI G2 F30 Twin is a highly advanced scanning electron microscope (SEM) known for its exceptional imaging capabilities and versatility. This cutting-edge instrument is designed for a wide range of applications in materials science, nanotechnology, biological research, and more. With its dual-beam configuration and advanced imaging technologies, FEI G2 F30 Twin offers researchers unprecedented insights into the micro and nano-scale structures of various samples. At the core of TECNAI G2 F30 Twin is its high-performance electron optics equipment, which includes a field emission electron gun capable of delivering high-brightness electron beams with excellent coherence and stability. This enables the microscope to achieve high-resolution imaging with exceptional clarity and contrast, allowing researchers to visualize the finest details of their samples with precision. G2 F30 Twin features a versatile dual-beam design, with both a scanning electron microscope (SEM) and a transmission electron microscope (TEM) integrated into a single platform. This unique configuration allows users to switch between SEM and TEM imaging modes seamlessly, providing a comprehensive solution for a wide range of research needs. Whether studying the surface morphology of a sample with SEM or analyzing its internal structure with TEM, researchers can leverage the full capabilities of FEI / TECNAI G2 F30 Twin for comprehensive characterization. In addition to its dual-beam design, FEI G2 F30 Twin is equipped with a range of advanced imaging and analysis capabilities to support a variety of research applications. The microscope features a high-resolution detection system for imaging and analysis of secondary electrons (SE) and backscattered electrons (BSE), enabling researchers to obtain detailed information on sample composition and topography. Furthermore, the microscope is equipped with an energy-dispersive X-ray spectroscopy (EDS) unit for elemental analysis, allowing researchers to identify and quantify the chemical composition of their samples with high sensitivity and accuracy. TECNAI G2 F30 Twin also boasts advanced electron beam manipulation capabilities, including options for beam lithography, nanofabrication, and in-situ experimentation. Researchers can leverage these features to perform precise patterning and modification of samples at the nanoscale, as well as observe dynamic processes in real-time under controlled environmental conditions. Combined with its high-resolution imaging capabilities, these features make G2 F30 Twin a powerful tool for both static and dynamic nanoscale analysis. The user-friendly interface and advanced automation capabilities of FEI / TECNAI G2 F30 Twin further enhance the user experience, facilitating efficient operation and data acquisition. The microscope software allows for intuitive control of imaging parameters, data processing, and analysis routines, enabling researchers to streamline their workflow and maximize productivity. Additionally, the machine is compatible with a wide range of accessories and peripherals, allowing for customization and expansion to meet specific research requirements. Overall, FEI G2 F30 Twin represents a state-of-the-art scanning electron microscope with exceptional imaging capabilities, versatility, and advanced features to support a wide range of research applications. Its dual-beam design, high-performance electron optics, advanced imaging technologies, and user-friendly interface make it an ideal tool for researchers seeking to push the boundaries of microscopy and nanoscale analysis. Whether investigating materials properties, studying biological samples, or exploring nanoscale phenomena, TECNAI G2 F30 Twin offers unparalleled imaging performance and analytical capabilities to drive groundbreaking research across diverse scientific disciplines.
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