Used SONIX Quantum 350 #9217394 for sale

SONIX Quantum 350 (Q350) is a next-generation optical microscope designed to provide advanced imaging capabilities for a wide range of applications. This microscope comes with a range of features including motorized control, advanced light sources and optics, and high resolution imaging capabilities. The Q350 is powered by a motorized control equipment which is capable of providing smooth, linear motion of the microscope components for precise positioning of the optics, sample, and light sources. This system also allows for automated scanning and a variety of commands to be applied to the microscope. The control unit is connected to a computer interface, making it possible to monitor, control, and analyze microscope functions remotely. The light sources in the Q350 include various LED and halogen lamps to provide a range of wavelengths and intensities, enabling imaging of fluorescent and darkfield specimens. A unique feature of this model is its lamp brightness control, allowing for high contrast imaging and precise focus. Additionally, the Q350 has an 8x bank of objective lenses providing a deep range of field of view, resolution, and magnification. The lens also has an infinity-corrected image design which provides excellent images for research and diagnostic applications. The Q350 is outfitted with a 12 megapixel camera. This digital imaging technology provides excellent resolution and allows for the capture of high resolution images. The camera provides a large number of megapixels in a small format, and is suitable for a variety of microscopy applications. Additionally, the camera features an autofocus option which allows for automatic focusing and exposure control with no need for manual adjustment. SONIX QUANTUM-350 is a powerful optical imaging machine which can be used for a range of applications including the study of cellular and molecular structures. With its motorized controls, advanced optical components, and digital imaging capabilities, this microscope provides researchers with the necessary tools to conduct experiments with accuracy and precision.