RZ series
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ZOOM STEREO MICROSCOPES The "MEIJI TECHNO" RZ Series of advanced, high performance, modular, stereo microscopes are specifically designed with todays demanding

RZ Series STEREO MICROSCOPES The MEIJI TECHNO RZ Series of advanced, high performance, modular, stereo microscopes are specifically designed with today's demanding applications in mind. Engineered around a Common Main Objective and parallel optical paths, the RZ Series offers crisp, distortion-free, high-resolution images at magnifications ranging from 3.75X to 300X. Featuring a 10:1 zoom ratio, built-in variable double-iris diaphragms, and positive detente click- stops at 12 positions of magnification. Two perpendicular columns of eight zoom lenses in four groups move in a smooth...

A PARALLEL OPTICAL SYSTEM The RZ Series is a modular stereo microscope, which means you can build a system to meet your needs and your budget. The heart of the system is the RZ-B zoom stereo body with a double iris diaphragm and 1:10 zoom range. Add to this your choice of objectives, viewing heads, eyepieces, stands and a host of other accessories and you can create instruments for a wide variety of specialized applications. The RZ Series is designed around two parallel optical paths which pass through a common main objective. This infinity system design allows for the quick chang< and easy...

OPTICAL COMPONENTS VIEWING HEADS Either standard or ergonomic viewing heads are available for the The standard head is inclined at 45r with an interpupillary distance adjustment ranging from 46mm to 75nm. The ergonomic head features low positioned eyetubes with adjustable inclination from 10° to 50" for comfortable fatigue-free viewing. The interpupillary distance is adjustable from 52mm to The RZ body features a 10:1 zoom ratio, built-in variable double iris diaphragms, and positive detente click-stops at twelve positions of magnification. Two perpendicular coumns of eight zoom lenses in...

OPTICAL COMPONENTS Distortion-tree, ultra widefield eyepieces with dioptric adjustment of plus or minus 5 diopters are available in powers of 10X, 15X and 20X. All eyepieces are provided with reticule mounts, and are also available with a crossline reticle factory installed.

The RZP plain stand consists of an anti-static finished aluminum alloy base with a 95mm diameter black and white plastic stage plate and two stage clips. Base Dimensions: 280mm wide x 255mm deep x 35mm high RZT TRANSMITTED LIGHT STAND The RZT transmitted light stands are used for brightfield observation of transparent specimens. The RZT features a 6V, 30W halogen lamp with variable intensity control. 95mm diameter clear glass stage plate, two stage clips and an anti-static finish. A second transformer is incorporated into the base for use with the optional COX illuminator or auxiliary light...

RZBD BRIGHTFIELD/DARKFIELD TRANSMITTED LIGHT STAND The RZBD transmitted light stand is used for brightfield/darkfield observation of transparent specimens. The RZBD stand incorporates an annular fiber optic light guide and an external 150W halogen light source. The RZBD stand features an anti- static paint-coaled aluminum alloy base which includes a 95mm diameter clear glass stage plate, two stage clips and a built-in brightfield/darkfield baffle. Quick change over from brightfield to darkfield observation is facilitated by easy-to-reach front-mounted Base Dimensions: 280mm wide x 255mm...

GRADUATED MECHANICAL STAGE FOR RZP This stage has 0.1mm graduations and coaxial controls for precise control of mounted specimens. Features 116mm x 137mm work surface with stage clips. 50mm x 75mn X-Y travel. GRADUATED MECHANICAL STAGE FOR RZT. RZBD, RZDT This stage has 0.1mm graduations and coaxial controls for precise control of mounted specimens. Features 116mm x 137mm work surface with stage clips and 74mm x 96mm clear glass plate for use with transmitted light stands, 50mm x 75mm X-Y travel. UNGRADUATED SLIDING MECHANICAL STAGE This stage features a 125mm x I70mn work surlace with...

TECHNO L^sJ POLARIZING STAGE FOR RZT, RZBD & RZDT This is a 150mm diameter rotatable stage with vernier markings to 1°. Includes stage clips and 1/4 Wave plate in sliding mount. Optional First order red plate is also available. Optional First Order Red Plate: MA754 Polarizing Filter (Analyzer) for object ve: MA550715 SMALL SLIDING STAGE FOR THE MAC UNIVERSAL STAND This stage features a work surface of 295mm x 295mm. Roller bearing mounts allow smooth and easy fingertip control. X-Y LARGE SLIDING STAGE FOR THE MAC UNIVERSAL STAND This stage features a large work surface of 390mm x 335mm....

COAXIAL VERTICAL ILLUMINATOR The coaxial vertical illuminator is used when observing flat, highly reflective specimens such as integra:ed circuits, semiconductor wafers, polished metal specimens, solder balls, or magnetic recording heads. The coaxial vertical illuminator mounts between the RZB body and the binocular viewing head and directs light from a 6V. 30W halogen lamp down tirough the objective onto the specimen. The coaxial illuminator is powered by an optional free- connected the rear of the RZT transmitted light base. Total magnification is increased by a facto- of 1.5X when using...

OBLIQUE ILLUMINATION A dual arm fiber optic illumination system is available for the RZ series stereo microscope. Composed of a 150W halogen light source, self-supporting dual arm light guides, connecting adapter Model: FL181 Dual Arm Illumination System ANNULAR ILLUMINATION An annular fiber optic light system is also available for the RZ series stereo microscope. Composed of a 150W halogen light source, connecting adapter and annular light guide. Model: FL182 Annular Fiber lllumiration System FL182 attached to the RZ Stereo microscope FLUORESCENT RING ILLUMINATION illuminators provide...

Tne primary component necessary for photo or video work with the RZ stereo microscope is the MA751 photo/video attachment. It allows you to take 35mm or large-format Polaroid photographs of your specimens, or to display your specimens on a video monitor. The MA751 photo/video attachment contains a beam-splitter prism which can be slid into the light path to redirect 80% of the light that would normally go to the eyepieces into the vertical photo tube behind the viewing head. This allows the user to view the specimen through the eyepieces while also taking photographs and/or displaying the...