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Research Binocular Metallurgical Microscope Model UMM-500
SPECIFICATIONS:
Eyepiece: WFI0X-22 mm. Reticule 1 0X20mm (Cross s Reticule 0.1 mm)
Objective: M Long working distance plan 5X, 10X,20X,50X (S.L.).
Observation Head: Binocular Observation Head Side n top observation head inclined at 30°. Rotatable 360°, Interpupilary Distance 55-75mm Vertical phototube for micro photography.
Nosepiece: Quadruple nosepiece on ball bearing.
Mechanical Stage: Stage Size is 180mm×150mm travel range 75mmx10mm, Stage micrometer 0.0 Imm has low positioned co-axial controls on ball bearing guide ways.
Focusing: Co-axial focusing system with large knobs, Pre- Focusing Lever & Tension Adjustment Ring.
Condenser: Abbe condenser n.A. 1.25 having a spherical lens, adjustable iris diaphragm.
Polarizing Outfit: Polarizing & Analyzer can be slide in/out of the optical path.
Illumination: The EPI illuminator has 6V-20W halogen lamp with variable brightness control, field diaphragm, aperture diaphragm and polarizer. Yellow, Blue & Green and ground glass filters are available on filter wheel mounted on epi illuminator.
Optional Accessories: 100x (Dry) objective
Standard Accessories: Blue, Green & Natural filters, operating manual, dust cover, guarantee card and Styrofoam molded pack.
Description
Description
The pinnacle of precision equipment for in-depth metallurgical research and analysis is the Research Binocular Metallurgical Microscope Model UMM-500. Carefully crafted and designed for maximum adaptability, this instrument is a vital asset in research labs, manufacturing plants, and academic settings alike.
The binocular viewing head on this microscope provides ergonomic comfort and flexibility for prolonged observation sessions. Because of its dual eyepiece setup, which guarantees rich visual experiences, scientists can study metallic materials with extraordinary clarity and detail.
The UMM-500, which has an advanced optical system, produces excellent images at a variety of magnifications. Researchers may precisely examine different facets of metallic structures and compositions because to the microscope’s ability to support a variety of microscopy techniques, such as brightfield and polarized light observation.
With its excellent focusing mechanism that includes coaxial coarse and fine adjustment knobs, the UMM-500 makes it easy for researchers to focus. This skill is essential for taking clear, comprehensive pictures that are required for in-depth research and record-keeping.
The UMM-500’s lighting system is designed to improve sample contrast and visibility. With controls to alter brightness and choices for transmitted and reflected light sources (LED or halogen lighting), it guarantees the best possible lighting conditions for individual metallurgical specimens and research needs.
