Used SONIX UHR-2000 #9174806 for sale

SONIX UHR-2000 is a high resolution microscope equipment designed for detailed observation and analysis of micro particles and samples. This microscope has a 1.2 nm resolution, providing extremely detailed image magnification and the ability to observe nanoscale features. It utilizes an automated object orientation platform and has a 125 mm field of view, enabling it to capture large area images. The imaging capabilities of UHR-2000 are furthered by the microscope's advanced optical components. A high numerical aperture objective lens provides SONIX UHR-2000 with an ultra-high resolving power and high transmission efficiency. 24-step, fully adjustable zoom provides an extended field of view and improved depth of focus. With a 10 Gbps Ethernet connection, users can access the microscope's imaging software remotely, allowing for real-time viewing of objects and sample images. To make the most of its capabilities, UHR-2000 offers several advanced features. An integrated stages ensures seamless navigation of samples, while a bright-field illumination system facilitates easy observation and imaging. Users can also creatively combine multiple illumination techniques, such as infrared, fluorescent, DIC, and fluorescence. SONIX UHR-2000 also features a powerful microscopes controller and image acquisition software. This software allows users to easily store captured image files, analyze observe data, and create reports. This microscope unit is designed to accommodate many disciplines and supports file formats from various third-party software. All of these features provide researchers with an efficient and reliable platform to observe small objects and samples in minute detail. This microscope machine was also designed to be user-friendly and cost-effective. UHR-2000 is available as a upgrade to existing setups and is highly compatible with many other instruments and systems. Its intuitive design facilitates first-time setup in a matter of minutes, so even novice users can begin using and creating detailed images and analysis quickly and easily.