Used LEICA / VISTEC INM 300 #132121 for sale

LEICA / VISTEC INM 300
Manufacturer
LEICA / VISTEC
Model
INM 300
ID: 132121
Microscope.
LEICA / VISTEC INM 300 is a state-of-the-art microscope from LEICA that is capable of providing precise imaging and analysis for a variety of applications. LEICA INM 300 consists of an upright, trinocular frame with a 5MP CCD detector and a 4X objective lens. It also features a 5W, halogen illumination system and a 0.7-4.5X magnification range, making it suitable for a range of applications. VISTEC INM 300 has a built-in digital camera with a high-resolution 5 megapixel CCD sensor that captures images with excellent detail and clarity. The camera's sensitivity is at 0.7 lux, so even low light sources can easily be used for imaging. The microscope also features a mechanical stage with manual X/Y movement. This allows samples to be easily moved into the optimal position for imaging. INM 300 has an adjustable horseshoe-style LED ring light that is integrated into the microscope base. It provides uniform illumination across the entire object plane, making it well suited for imaging specimen that have a large field of view. The LED ring light has three intensity levels with several different spectral bands to choose from, allowing users to select the ideal illumination conditions for the application. LEICA / VISTEC INM 300's 5X objective lens provides magnifications of between 0.7X and 4.5X, with a working distance of 5.5mm. This makes the microscope well-suited for inspecting large samples with a great level of detail. The microscope also has a coaxial focusing system for manual adjustment of the objective lens, meaning that even the smallest details can be easily seen and analyzed. Overall, LEICA INM 300 is an excellent microscope for a range of imaging and analysis applications. It features a strong frame with a 5MP CCD detector and 4X lens, adjustable LED ring light, and a coaxial focusing system for precise focus adjustment. VISTEC INM 300 is the ideal choice for high-resolution imaging and detailed analysis of large specimen.
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