Used OLYMPUS / LEITZ Condenser lenses for Microscope #293669463 for sale

LEITZ Condenser lenses are a versatile and reliable way to obtain high-quality microscopic images. They are designed to provide the observer with optimal quality images of complex samples. With a wide array of available objective lenses, filters and condenser lenses, OLYMPUS can customize your microscope setup to meet any research requirements. OLYMPUS / LEITZ Condenser lenses use a complex combination of prisms and lenses to create an image. By precisely controlling the angle of the incident light, the condenser lenses create the highest contrast images with minimal distortion. These lenses are designed to have high numerical apertures that maximize image brightness and contrast. As a result, the condenser lenses produce very clear images with excellent depth of field for a variety of applications. LEITZ Condenser lenses are designed to work with a variety of different objectives, and each feature very low profile designs that maintain low levels of optical aberration. This ensures a fast, reliable and consistent performance. OLYMPUS Condenser lenses also feature a high numerical aperture that is adjustable with a removable ring in order to suit a variety of applications. The lenses are also designed with a variety of anti-reflection coatings in order to reduce ghosting and improve contrast and resolution. OLYMPUS / LEITZ Condenser lenses feature a wide range of filter cubes for further manipulating images. This allows maximum flexibility and customization for any research applications. Additionally, LEITZ Condenser lenses feature extremely high mechanical stability, allowing them to remain optically correct during operation. These lenses also feature a unique internal design, with each component secured by fastening screws to ensure high stability in any type of environment. OLYMPUS Condenser lenses are well-suited for locating microscopic particles and viewing high contrast samples. In conclusion, OLYMPUS / LEITZ Condenser lenses are reliable, versatile and allow for the highest quality images available. With their wide range of parameters and accessories, these lenses are a popular option for research needs and provide an optimal combination of precision and flexibility.