Used NIDEK IMGR #293621585 for sale

NIDEK IMGR is an innovative, high-resolution microscope equipment developed by NIDEK. It is a fully automated, integrated microscope system which simplifies and automates tasks required for microscopic imaging. It combines the use of several technologies such as auto-focus, auto-stitching, and auto-calibration. This provides users with enhanced image accuracy and resolution, and improved ease-of-use. The fundamental structural feature of the microscope is its modular design, which allows users to easily dismantle and reconfigure the various components to meet the specific application needs. It includes components such as a camera module, optical module, stage module, and sample module. The camera module features a high-end 5 megapixel CCD that is capable of producing extremely detailed images. The optical module consists of a 6:1 zoom scope, a special designed motorized focusing unit, and a highly efficient LED-illumination machine. The stage module has a high-precision stage with a position accuracy of 0.1 μm, a high-resolution focus encoder, and a multi-touch UI that allows users to operate the microscope intuitively. Lastly, the sample module consists of a dust-resistance loading door, sample slides and holders, and a specialized sample support frame. In terms of features, IMGR provides users with multiple imaging modes, live-view imaging, bright-field and dark-field imaging, polarized imaging, digital feedback of image focus details, and motorized image stitching for a higher resolution image. It also has its own image-editing and annotation software, IMGRvS Control, which is designed for easy image analysis and image manipulation. NIDEK IMGR is capable of providing extremely high-resolution images with great accuracy and convenience, making it ideal for use in various application areas such as pathology, cellular biology, molecular biology, metallurgy, and industrial quality control. Its advanced imaging capabilities make it ideal for use in various industries, such as medical imaging and materials diagnostics.