Used LEITZ Orthoplan #119599 for sale

LEITZ Orthoplan is an educational research microscope that offers a rugged, durable design suitable for intense usage and high performance imaging. The microscope is equipped with a range of features designed to facilitate precise observations and flexible imaging techniques. At the core of Orthoplan microscope is its Infinity Corrected Optics. The opto-mechanical system consists of par-focal objectives and achromatic, plano-concave oculary lenses with a high numerical aperture. This design combination offers crisp detail in high resolution images with low image-distortions. LEITZ Orthoplan is also equipped with a three-year mechanical guarantee, ensuring the accuracy and precision of the optics over time and through regular use. The microscope also features a dual-binocular viewing system with widefield 10x eyepieces. This configuration allows the user to have a comfortable viewing angle and an expansive field of view. Additionally, Orthoplan includes a continuously variable light rheostat to adjust the intensity of the light source, offering maximum flexibility during imaging. LEITZ Orthoplan's ease of use is further reinforced by its ergonomic design. The height adjustable and tiltable stage helps the user find the ideal viewing angle and facilitates the capturing of images in a comfortable position for prolonged observation periods. The lightweight arm and focus head provide a smooth and precise motion, allowing for accurate and consistent adjustments during imaging. The optics of Orthoplan are also supplemented by a wide range of accessories. The microscope can be equipped with fluorescent imaging elements, as well as phase contrast equipment, polarized light and brightfield observation components, and a mechanical stage. This enables users to perform a variety of analysis applications and to capture images with excellent contrast. LEITZ Orthoplan is a top-of-the-line microscope that offers an outstanding range of features, supplying users with the best optical performance and flexibility for their research and imaging needs.