Used NIKON 4eN2-97146 #9355463 for sale

NIKON 4eN2-97146 is a stereo transmitted-light microscope designed to capture high-resolution images of samples and specimens in precise detail. Crafted from quality materials, this model is an ideal choice for use in routine microscope operations in life science, materials science, and industrial applications. 4eN2-97146 features a 60/2pair of achromatic objective lenses with a working distance of 95mm, for crystal-clear imaging throughout the magnification range. Its paired binocular observation tube is equipped with anti-mold diopter adjustment functions, providing users with magnification between 4x and 40x. The unit also features a rotating quadruple nosepiece with four positive click achromatic objectives, making it quick and easy switch between different magnifications. NIKON 4eN2-97146 microscope is designed for simple, intuitive operation. Its all-metal mechanical stage is ergonomic and designed with anti-mold screws, providing simple and precise motion along both axes. The left-hand movement control allows for enhanced precision for larger samples, while the graduated coaxial focus knobs make it easy to control the focus and return to the exact same viewing position without difficulty. For an enhanced view, the unit also features strain-free eyepieces and sealed cable connections. To provide tight control over the lighting, 4eN2-97146 includes an automatically dimmable condenser head and variable, replaceable halogen illumination. The system offers built-in color and brightness controls for a wide range of applications. Additionally, the unit comes with a full complement of accessories, including a set of four prepared slides and a dustcover for storage. NIKON 4eN2-97146 is a reliable and high-quality microscope designed to capture detailed images without sacrificing user comfort or precision. Its professional features make it well-suited for lab, industrial, and materials science applications. This state-of-the-art, ergonomic model is the perfect solution for high-quality microscope operations.