Used NIKON INE-204 #9182455 for sale

NIKON INE-204 microscope is a state-of-the-art digital microscope system built for detailed and accurate research imaging applications. It features a 5-position nosepiece with 4-position objective turret that allows up to 4 objective lenses to be used simultaneously. It also features a ±5° dual tilt sample stage, a two-axis XYZ focus drive, and a 1-1/2" depth of field that allows accurate imaging of small details. The microscope has a maximum digitization resolution of 5 megapixels (2560 x 1920). It also has a USB 2.0 interface and an integrated USB 2.0 microscope camera. The system is designed to provide a maximum of ease and accuracy when scanning, imaging, and analyzing specimens. The microscope is equipped with an advanced infinity-corrected visible-light optics system that is designed to give a flat field of view, rich contrast, and virtually aberration-free magnified images for research imaging applications. The graphics touchscreen LCD monitor controls all of the settings, and users can control settings such as image focus, LED light settings, camera settings, and more. The microscope also has an LED light source (60-watt halogen) as well as adjustable LED intensity settings. This allows the user to adjust the light intensity for optimal illumination of the specimen. INE-204 features advanced features such as automated focus,stage capture, and automated flatfield correction. The automated focus feature ensures that the microscope captures an accurately focused image. The stage capture feature allows users to scan large samples quickly and accurately. The automated flatfield correction helps reduce the aberration effects that occur during imaging, allowing for improved accuracy and clarity of samples. NIKON INE-204 microscope is perfect for busy research laboratories that need to capture images accurately and quickly. Its advanced features, high magnification capabilities, and precision imaging allow for excellent research imaging capabilities. It is ideal for research, imaging samples, and documenting results for analysis.