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MIC-403M inverted metallurgical microscope
MIC-403M series microscope is widely used in observation & analysis of metallurgical organization in Mechanical industry, Research of Geological & Mineral department and viewing & measuring crystal, integrate circuit, micro-electronics, etc in Electronic industry. It is the first choice of Factories, Academy, Scientific research organization. Stable and high-quality optical systems enable clearer imaging, better contrast, and a simple and innovative appearance that is more in line with modern trends Humanized configuration design and simple operation, Let you release from the pressure of heavy work
MIS-4 inverted metallurgical microscope
Provide superior image and reliable mechanical structure: Easy operating, various of accessories, widely used in teaching and research metallographic analysis and facility materials testing
■ Optical system：Infinity color corrected optical system（CSIS）,better image, higher resolution, more comfortable observation;
■ Eyepiece and Objective：high eyepoint widely plan eyepiece PL10x/22mm provide more widely and plan observation space and can be installed various of micrometer. Professional infinity plan achromatic LWD metallurgical objective, no cover glass design.
■ Viewing head: trinocular head diopter adjustable 45°inclined,can photo graph and image pickup, can collect and preserve the image, also can analysis the image with computer and specialized software.
■ Focus：Low hand position coaxial coarse and fine focusing mechanism, with coarse tension adjustment device, Coarse adjustment range 38mm,precision of fine adjustment 0.002mm。
■ Illuminator system：Reflection Koehler illuminator with iris diaphragm and centerable filed diaphragm, wide voltage 90-240V ,12V/50W imported halogen bulb, effectively protect and extend the life of halogen bulb.
■ Stage：can be setting coaxial low hand position removable stage and the stage extension plate, expand the application space, to meet the different needs of customers
XJP-4 Inverted Metallurgical Microscope
XJP-4 inverted metallurgical microscope has wide field eyepieces and simple polarization observation device, the Kohler illuminator is used in the transmitted and reflected illuminating system, the whole field is clear and uniformity. It is suitable for inspecting, such as semiconductor silicon wafer, LCD floor plate, electrocircuit plate, solid powder and all kind of industry sample that translucent or opaque. It is the ideal instruments in research work in biology, metallography, mineralogy, precision engineering, electronics, etc.
Features
- Adopt infinity optical system and modularization function design.
- Long W.D bright or dark field plan objectives (no cover glass), the field of view is widely and clear.
- Wide-field plan eyepieces: field number Ф22mm.
- Coaxial coarse/fine focus system, with tensional adjustable and up stop, minimum division of fine focusing: 2μm.
XJP-412 inverted metallurgical microscope
MIC TECH’S new advanced XJP-412 inverted bright & dark field metallurgical microscope is designed with infinite optical system,wide field eyepiece and long working distance bright & dark field infinite plan objectives and polarization device.As a large scientific research level metallurgical microscope,it meets the demand of all kinds of physio-chemical analysis and inspection.It can be equipped with microscopic photography & video and image analysis system.The instrument can be used in metallurgic examination and analysis and the research work of surface coating,crack and so on.
XYX-M20 inverted DIC metallurgical microscope
XYX-M20 Inverted metallurgical microscope is equipped excellent UIS optical system and modularization function design so that update system expediently and achieved polarization, dark field observation. Compact and steady main frame body is embodiment for the shock resistance. The ideal ergonomic design is adopted in this unit and has easier operation and wider space. This is ideal optical instrument for micro observation in metallographic structure and surface morphology. It is suitable for research in metallography, mineralogy, precision engineering, etc.
