Used NIKON NWL 860 #9267549 for sale

NIKON NWL 860 is a sophisticated optical microscope engineered for precision imaging, analysis, and research-level applications. Utilizing an advanced Infinity Corrected optical design, NIKON NWL860 delivers high-resolution imaging capabilities and ultimate precision across a wide range of magnification. NWL-860 is based on a high-definition optical system which features a long working distance infinity corrected objective lens system, providing superior contrast and resolution. NWL860 is equipped with a 100W to 200W halogen lamp system that provides consistent and bright illumination for a variety of imaging applications. The microscope also features infinity corrected optics and high-resolution digital image capture and software. NIKON NWL-860 also features a unique 10MP color camera that delivers superior image quality for a variety of applications. The camera is equipped with a Live View function and utilizes NIKON Advanced Camera Control Software that allows for optimized image capture and resolution. The optional F-mount bayonet adapter also allows users to connect additional lenses and accessories for capturing higher resolution images or selecting additional magnification factors. The microscope operates at 16-bit precision and offers a variety of imaging modes and multiple control functions. The microscope features multiple navigation options, allows users to switch between objectives and specimen stages quickly and easily, auto-focus, and auto-zoom capabilities. Additionally, it features a multi-functional auxiliary turret that allows users to attach and remove objectives without having to manually adjust the turret positions. This allows users to quickly change objectives and sample positions when performing complex experiments. NWL 860 also offers an expansive range of accessories, including eyepieces, stages, objectives, digital cameras, software, and a range of filters for optimizing images. This microscope is designed to be used by students, academics, and hobbyists alike, and offers reliable performance for a wide variety of research applications.