STUDENT MICROSCOPE
PATHOLOGICAL MICROSCOPE
RESEARCH BIOLOGICAL MICROSCOPE
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Inverted Trinocular Metallurgical Microscope Model IMM-20
SPECIFICATIONS:
Fitted with Trinocular head assembled from hard coated prisms. Bright field horizontal 12V/50W illumination with iris diaphragm and slots for dropping filters, providing magnification from 100x to 1200x, Quadruple ball bearing revolving nose piece, special graduated triple layer co-axial mechanical stage for X-Y movement, with variable light intensity control transformer built in the large sturdy base, in plywood Box.
Objectives: 4x, 10x, 20x(SL), 40x(SL).
Eyepieces: WF10x and 15x
Description
Description
The Model IMM-20 Inverted Trinocular Metallurgical Microscope is the epitome of metallurgical microscopy’s precision and adaptability, built to the high standards of industrial applications, quality control, and advanced research. The ergonomic design and state-of-the-art optics of this instrument combine to create a highly useful tool for researchers, metallurgists, and materials scientists who conduct in-depth analyses of metallic samples.
The IMM-20’s inverted microscope configuration, which enables the inspection of samples from below the stage, is its fundamental feature. This shape allows for the easy handling and positioning of larger, bulkier specimens during intricate metallurgical studies. This flexibility and efficiency are especially useful in research settings where studying metallurgical structures and properties is necessary.
The IMM-20’s trinocular viewing technology provides unmatched capability and versatility. Specimens can be viewed by researchers concurrently via two eyepieces and a third port specifically designed for digital imaging systems. This capability makes it possible for photography, videography, and live imaging to be seamlessly integrated, giving researchers the ability to record and capture discoveries with remarkable accuracy and clarity.
The IMM-20 is optically designed to provide excellent image quality at a variety of magnifications. The high-resolution images with great contrast and clarity provided by the microscope enable precise observation and extensive characterization of metallic materials, whether conducting routine inspections or complex microstructural investigations.
