Used CAMBRIDGE NANOTECH Savannah S-200 #9399168 for sale

CAMBRIDGE NANOTECH Savannah S-200 is an advanced research platform for chemists, materials scientists, and engineers, who need to develop and characterize next-generation nanomaterials and nanoscale devices. It is designed to meet the needs of modern applications, including nanofabrication, chemical and biological sensing, photonics, and nanoscale device fabrication and characterization. CAMBRIDGE NANOTECH SAVANNAH S200 features an integrated rapid thermal processor (RTP), which allows for quick, precise temperature control and uniform processing over large active areas. This enables users to rapidly process nanoscale devices, including metal and organic-based nanomaterials, such as nanowires, metal-oxide-semiconductor devices, and more. Additionally, the RTP features a low-noise, high-efficiency heating system, providing researchers with consistent, repeatable performance. The system also includes an electron beam lithography (EBL) tool, which enables the fabrication of picoscale and nanoscale structures for device applications. The EBL is capable of producing applications with feature sizes ranging from 0.1μm to 10nm. Using this tool, users can create structures for integrated optical systems, electronic components, and nanoscale sensors. Savannah S-200 also includes an in-built vacuum chamber, which allows for the secure deposition of materials onto a substrate. This tool enables users to deposit a variety of materials, including metals, dielectrics, and polymers, at a low temperature and with a high level of precision. SAVANNAH S200 is a powerful and highly flexible tool for the development and characterization of nano scale devices and nanomaterials. It provides users with a broad range of processing capabilities, precise temperature control and uniform heating, and the ability to deposit materials at low temperatures and with a high degree of accuracy. By providing researchers with this level of control, CAMBRIDGE NANOTECH Savannah S-200 enables them to develop and analyze new devices and materials with confidence.