Used WILD / LEICA / VISTEC M3C #109719 for sale

WILD / LEICA / VISTEC M3C microscope is a equipment designed for high-powered imaging. The microscope provides a high degree of modularity, allowing a variety of cameras, lenses and components to be used in combination to produce optimal image quality. It features long working distance objectives which allow greater flexibility when working with specimens of varying heights and sizes. WILD M3C features an infinity optical system to provide an uninterrupted, focused light path that is free of aberrations and distortions for ultimate image quality. This allows for faster experiment times and more reliable data collection. A high precision dual axis stage ensures accurate movement of the specimen, even at higher magnifications. The stage also provides reliable low drift imaging from the latest closed loop piezo technology. The microscope also provides a range of adjustable accessories, such as condenser lenses, halogen and LED illumination and filters for fluorescence, DIC, and Z-stacking. The camera and lens turret allows for the combination of multiple cameras and lenses to create the best imaging solution for the experiment. The modular components can also be changed quickly and easily to adapt to the experiment requirements. The unit is capable of producing high-resolution, large field of view imaging with maximum flexibility. LEICA M3C has been designed to minimize vibration and allows for automated motorized operations, such as auto-focus, to be performed with utmost precision. The microscope is easily operated through the intuitive WILD control software, which is compatible with a wide range of imaging and computational systems. This versatile machine ensures maximum flexibility and repeatability of experiments, which makes it perfect for high-powered imaging applications. It is well suited for researchers in both academia and industry studying a variety of biological samples and other materials. With its precise and reliable performance, VISTEC M3C is a great choice for producing precise and accurate imaging results.