MEIJI TECHNO AMERICA MT5300H Laboratory Trinocular Microscope, Bright Field, 30W Halogen Illumination, Abbe NA 1.25 Condenser

Description

The Meiji Techno Laboratory Microscopes incorporates its modular design with improved optics and features that are ideal for use in medical and laboratory situations. IT is CE and ISO 9001 certified. All models feature super wide field 10x high eye point oculars with a 22mm field of view and come complete with Plan objectives. Configurations can be customized for bright field, dark field, polarized light and phase contrast applications. There is a choice of Siedentopf type binocular and trinocular viewing heads or with the ergonomic tilting binocular head. Powerful white LED or 30 watt halogen illumination provides enhanced image quality and brightness for the observation of specimens and photomicroscopy. Meiji s new ICOS (Infinity Corrected Optical System) with their improved U Plan Infinity Corrected Objectives provides exceptionally bright crisp images with a flat field of view. Each model can be ordered with a 30w halogen or new LED illumination system. Microscopes come standard with Super Wide field High Eye point 10x FN22 eyepieces in either a Siegendorf-type binocular or trinocular head configuration. Each head has the eye tubes inclined at 30 degrees with the left eye tube featuring graduated diopter settings. The interpupillary distance is adjustable between 53mm - 75mm. An 80/20 beam splitter for the trinocular tube can be engaged for photo work. It is 100% to eye tubes or 80% to phototube & 20% to the eye tube. The optional ergonomic viewing head has the inclination adjustable from 10 to 50 degrees to fit any size user. The 10x Super Wide field High Eye point eyepieces FN 22 are standard and 15X and 20X eyepieces are available as an option. A Super Wide field High Eye point 10x focusable eyepiece that accepts 25mm reticules is also available. A ball bearing mounted, quintuple nosepiece provides effortless objective changes. Meiji Techno offers an assortment of Infinity Corrected objectives for Bright field, Dark field and Phase Contrast observation modes.