Used NIKON SMZ-U #9290363 for sale

NIKON SMZ-U microscope is a microscope specifically designed for high-resolution imaging. This microscope features a long-working distance optics that allows users to determine the exact size and shape of particles and objects without taking them out of the sample environment. NIKON SMZ U offers a large field of view, providing high image quality and clarity while maintaining a high degree of resolution. With a wide range of magnification options, the microscope makes it easy to bring objects into focus. With its ergonomic design and durable components, this microscope ensures optimal performance and patient comfort. SMZ-U microscope has two lenses to choose from: the SMZ-UZ is designed for optimal resolution and has a maximum magnification of 2500x, while the SMZ-US has a lower resolution and a maximum magnification of 400x. With a maximum working distance of 11mm, the SMZ-UZ is ideal for a wide range of applications. SMZ U microscope is equipped with a number of features that make it ideal for laboratory use. The built-in LED illuminator is adjustable, allowing users to fine-tune the light brightness and contrast for better visibility and improved image quality. Additionally, the six position achromatic condenser and centerable stage provide fine-tuned focusing and repeatability during the imaging process. This microscope is compatible with a variety of imaging modalities such as bright field, dark field, oblique and phase contrast. Users can select from a range of electronic imaging options, including digital camera adapters and software solutions, enabling easy digital image capture, manipulation and analysis. NIKON SMZ-U microscope has been designed to provide excellent image quality, excellent ergonomics and ease of operation. An integrated dust cover stage means easy maintenance and improved particle retention. The durable construction and high-quality optics guarantee reliable performance and accurate results. NIKON SMZ U microscope is an excellent choice for a wide range of applications, including basic research, active cell culture, and imaging of biological samples.