Used NIKON NWL 860 / Optiphot 200 #293619559 for sale

NIKON NWL 860 / Optiphot 200 is a high-performance microscope designed for both industrial and laboratory applications. It is an excellent choice for observation of bulk samples, and microscopic evaluation of surface layers, layer interfaces, and thin film structures. The superior optical system provides an unparalleled level of detail and clarity, making it an ideal choice for a wide range of research, educational and industrial tasks. NWL 860 / Optiphot 200 microscope is a compound, infinity-corrected, zoom-type microscope, with a long working distance and good focusing range. The optics are designed for high resolution and superior contrast, with excellent color fidelity. The optics include a Galilean telescope for lateral image reversal and a reversed zoom ring. In addition, the reverse zoom provides higher resolution. With its high level of magnification, NIKON NWL 860 / Optiphot 200 microscope provides superior results in comparison to regular compound microscopes, with an excellent level of clarity and detail. Magnification (X) ranges from 100 to 1000, and the field of view, depending on the objective lens, ranges from 0.10mm to 155mm. The reflecting microscope adds an additional 3.2 to 95.2mm. Projection lenses can reach 500x magnification. NWL 860 / Optiphot 200 microscope incorporates a large, seven-stage, mechanical turret, housing up to six objective lenses and one projection lens. The lenses can be quickly and easily swapped out to suit the current needs. The long working distance provides greater flexibility in terms of specimen preparation and the observation environment, allowing for a wide range of research tasks to be completed. NIKON NWL 860 / Optiphot 200 microscope is an excellent choice for both industrial and laboratory applications. Its ability to reproduce high quality results at all times makes it a reliable partner, ensuring detailed, quality results every time. Its flexibility in terms of the lenses offered, coupled with its high interpolated resolution, make it a perfect choice for fields such as material research, electron microscopy, and semiconductor fabrication.