Used SONIX Quantum 350 #9329007 for sale

SONIX Quantum 350
Manufacturer
SONIX
Model
Quantum 350
ID: 9329007
Vintage: 2005
Scanning Acoustic Tomography (SAT) system PC Missing 2005 vintage.
SONIX Quantum 350 is an integrated microscope system that combines a range of optical, digital and imaging components for high-resolution microscopy. This compact and affordable model is capable of achieving excellent imaging performance. The optical components of SONIX QUANTUM-350 include an infinity-corrected plan achromat objectives with 4X, 10X, 40X and 100X magnifications. The optics also comprise a superior illumination system with a 100W halogen lamp that provides bright yet even white light across the entire field of view. The microscope also has a tightly sealed, anti-static stage to reduce interference and allow for stable imaging. The digital imaging components of Quantum 350 include a high-resolution CCD camera with LiveView technology. This camera has 16.5 megapixels and a 12-bit ADC (Analog-to-Digital Converter), providing images of exceptional clarity and detail. The camera is connected to the microscope via USB and can be remotely controlled from a dedicated console or a computer. QUANTUM-350 also includes image acquisition and analysis software for automated image acquisition and storage. The software includes a range of useful features such as live image preview, auto-focus, and advanced image analysis tools, as well as a library of common filters and templates. Furthermore, SONIX Quantum 350 has a variety of optional accessories for even greater versatility. These include an integrated polarizing module, copper and aluminum stages, mercury and oil-immersion objectives, and additional filters and lighting options. SONIX QUANTUM-350 is an advanced system that offers excellent image quality, intuitive controls, and a comprehensive range of imaging options. This powerful microscope is a great tool for many microscopy-related applications and is perfect for any research laboratory dealing in the analysis and exploration of microscopic objects.
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