Used ALPHA INNOTECH FluorChem HD2 #9083033 for sale

ALPHA INNOTECH FluorChem HD2 is a high-performance imaging equipment designed for research involving fluorescence microscopy. It combines robust optics, precision mechanics, advanced computer control, and a hybrid cooled scientific-grade digital camera to deliver impressive results. FluorChem HD2 uses a fully automated XY stage, allowing for precise scanning and imaging at high resolution. Its 7-position filter wheel provides fast and accurate switching between specific fluorophores, and its LED-variable shutter allows for optimal image exposure. The microscope is equipped with an infinity-corrected objective, allowing it to take images at various magnifications, from 10x to over 100x. The exclusive BlueLED ExFlash control system ensures accurate and dynamic LED exposure for fluorescence imaging. A high-performance digital camera is vital to ALPHA INNOTECH FluorChem HD2's capability. It is a 16-bit, cooled device with scientific-grade 16-μm pixel size, a low-noise, low readout rate, a wide dynamic range, and high-speed data acquisition. This combination of optics, mechanics, and digital control yields incredibly high-quality image capture and editing capability for fluorescence microscopy. FluorChem HD2's operating unit is simple and intuitive. A user-friendly control software allows for image acquisition, focusing, and changing of filter sets. An 8" touchscreen provides easy access to image settings and allows for real-time control over adjustments. Pre-programmed algorithms also simplify the setup of imaging parameters and conditions. ALPHA INNOTECH FluorChem HD2 is a powerful and versatile imaging machine for research involving fluorescence microscopy. Its combination of state-of-the-art optics, mechanics, and digital imaging systems offer precise sample imaging, high resolution capabilities, and incredibly detailed and accurate images. With its intuitive user interface and simple setup process, FluorChem HD2 is the optimal choice for those involved in fluorescent microscopy research.