Used HORIBA XGT-5000 #9202011 for sale

HORIBA XGT-5000 is a state-of-the-art, high performance, laser-scanning confocal microscope that is ideal for research purposes. It is capable of providing detailed cross-sectional imaging of sample specimens at high resolution. The system utilizes a combination of several optical components, such as a confocal laser-scanner, high-magnification objectives, filter cubes, and various advanced options, to obtain high resolution cross-sectional images. XGT-5000 is suitable for a wide range of applications, including life science research, materials science and nanotechnology research. HORIBA XGT-5000 features a high-precision motorized XY stage with a range of +/-40x40mm, as well as a motorized Z-stage for focus control. The system's laser detector can detect and measure spectral output from a number of wavelengths, allowing researchers to work with up to 8 spectral channels. XGT-5000 also features a precise filter wheel for switching between filter cubes, which enables researchers to work with multiple fluorophores at the same time. HORIBA XGT-5000 is powered by advanced software, allowing researchers to obtain high resolution cross-sectional images with a multichannel confocal approach, as well as 3-D images by combining several separate images together. As with all confocal microscopes, XGT-5000 also enables precise measurements, such as area and length measurements. HORIBA XGT-5000 features an intuitive, easy-to-use user interface that enables operators to quickly become familiar with the software and its features. Additionally, all of the various parameters and settings are adjustable, giving users the ability to fine-tune and optimize their images. XGT-5000 is an ideal choice for research and academic purposes, as it is both user friendly and packed with advanced features. It is capable of obtaining high resolution, cross-sectional images with superior contrast, as well as providing precise measurements. Furthermore, its intuitive software and wide range of adjustment options make it a top choice for research projects.