Used LEICA / VISTEC INM 100 #9221556 for sale

LEICA / VISTEC INM 100 is a high-performance research microscope that is designed for imaging and analysis of samples up to an optical resolution of 0.78 nm and a collection resolution of 150 nm. This microscope combines the latest generation of digital imaging technology with precise and sensitive design. The microscope features a fully motorized stage, allowing for automated navigation of the sample. The stage is equipped with autofocus and autofocus calibration, enabling high-precision imaging, while the motorized iris control and autofocus aids in producing the best possible image. Additionally, the miniature stage motor allows for small movements over a wide range of sample sizes. LEICA INM 100's optical system is designed to provide optimal imaging at all magnifications. It uses an ultra-low chromatic aberration objective lens, which provides high-resolution images throughout the entire field of view. The optical system is further augmented with an integrated long-working-distance lens with a large numerical aperture (NA) of 0.72. This lens allows for greater depth of field for superior quality imaging. VISTEC INM 100 also comes with an integrated objective sample holder with a variety of sample substrates. This holder can accommodate specimens of differing sizes, shapes, and thicknesses to enable more accurate sample analysis under a range of conditions. INM 100 offers excellent versatility thanks to its wide range of imaging modes. It comes with brightfield, darkfield, and phase-contrast microscopy, along with scannable laser scanning confocal (LSC) and 3D reconstruction technologies. It also offers a variety of software modules, which allow users to analyze the data captured by the microscope. In conclusion, LEICA / VISTEC INM 100 is a reliable and powerful microscope that is designed for precision imaging and analysis of samples across a wide range of sizes and thicknesses. Its combination of digital imaging technology, a motorized stage, and a wide range of imaging modes allows users to maximize their research output.