STUDENT MICROSCOPE
PATHOLOGICAL MICROSCOPE
RESEARCH BIOLOGICAL MICROSCOPE
DIGITAL MICROSCOPES
METALLURGICAL MICROSCOPES
STEREO MICROSCOPES
STUDENT MICROSCOPE
PATHOLOGICAL MICROSCOPE
RESEARCH BIOLOGICAL MICROSCOPE
DIGITAL MICROSCOPES
STEREO MICROSCOPES
STUDENT MICROSCOPE
PATHOLOGICAL MICROSCOPE
RESEARCH BIOLOGICAL MICROSCOPE
DIGITAL MICROSCOPES
STEREO MICROSCOPES
SPECIFICATIONS:
Fitted with binocular 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
Designed for advanced metallurgical study and analysis, the Inverted Binocular Metallurgical Microscope Model IMM-10 is a sophisticated tool. Its unique design and high-precision optics make it a vital tool in industrial and laboratory settings where it is crucial to examine metallic samples in great detail.
Specimens can be viewed from below with the IMM-10’s inverted microscope arrangement, which is especially helpful for examining larger or bulkier samples that conventional upright microscopes cannot hold. This form makes it easier to manipulate and place samples, which improves workflow efficiency during intricate metallurgical examinations.
The IMM-10’s binocular viewing head promotes ergonomic comfort and flexibility over prolonged use. With the immersive vision provided by the binocular eyepiece setup, researchers can analyze metallic compositions and structures with remarkable clarity and detail.
The IMM-10’s optical system is designed to produce excellent image quality at a variety of magnifications. This microscope provides high-resolution images with outstanding contrast, enabling exact observation and documentation of metallurgical features, whether performing routine inspections or in-depth microstructural analysis.