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NY-2 inverted metallurgical microscope
Small cubage, light weight, easy operation and wide range of accessories.
With bright field, dark field and polarization observation system.
Widely used for field metallurgical analysis and research in factories. Also used for image and video analysis.
NY-3 inverted metallurgical microscope
Best choice for expert of Materials Micro who requires high-performance optical tool. It also supplies the best optical performance for material research, quality control, Invalidation Analysis and other applications.
NY-4 inverted metallurgical microscope
Biggest horizontal optical metallurgical microscope.
Widely used in researching microstructure of metal. Viewing, projection, photography in bright field, dark field or polarization.
Can be used in research unit, metallurgical factory and colleges of industry for metallurgical testing, like metallographic and heat treatment, metal physics, process of steel making and casting.
NY-5 upright metallurgical microscope
Laboratory metallurgical microscope, including bright field,dark field, polarization and DIC observation system.
Powerful transmitted and reflected system with Kohler illumination.Ideal instrument for industry inspection and science research.
XDS-41 Inverted Fluorsecent Microscope
XDS-41 laboratory inverted fluorsecent biological microscope
■Infinity color corrected optical system with excellent optical performance, makes the image clear and bright.
■Phase contrast with the characteristics of high-contrast and low chromatic, highlights the cell outline and internal structure.
■Efficient and compact appearance design, correspond ergonomics and save space for the labs.
■High-precision focusing device and convenient illumination adjustment, help to achieve outstanding work.
■Delicate mechanical design and reliable manufacturing skills, insure its fabulous stability—even under an adverse condition, it can be used enduringly as your most reliable friend.
XDS-5B Inverted Fluosrecence Microscope
XDS-5B laboratory inverted biological fluorescent research level microscope
Excellent optical performance. Compact mechanical structure. Ingenious human body engineering design, can support multi-disciplinary research applications.
It can choose special fluorescence fittings and high quality fluorescence optical lens. Image high brightness, high contrast fluorescence.
It can be mounted to a variety of electric components, digital parts, easily finish all kinds of advanced control, get a clear image.
XDS-6C Laser Confocal Microscope
MIC TECH XDS-6C LASER CONFOCAL INVERTED FLUORSECENT MICROSCOPE
Signal detection
With MIC TECH’s excellent microscope optical system, high efficiency scanning head, detector and stepless speed change electric pinhole, this microscope offers fast, stable and high SNR confocal image.
Multi channel signal detection
Integrated with four light sources and detectors (405nm,488nm,561nm,640nm) and four fluorescence light combination technology, a real-time&multi-channel combination microscope image observation and capture are obtained.
XDS-B610 Inverted Fluosrecence Microscope
MIC TECH new model XDS--B610 inverted fluorescence microscope is designed for laboratory cytological study.
▲This serials microscope is scientific research grade microscope, reasonable improvement on microscope makes it more suitable for laboratory cell observation.
▲With long life LED light source and infinite optical system, the wide field image with high definition and contrast can be easily obtained.
▲This microscope is not big, smart with smooth design, can be applied for cell observation, sampling and processing in the ultra clean platform.
▲The filters are replaceable, makes it more free to choose different dyes. High power LED light with uniform brightness offers strong support to get high quality fluorescent observation.
This microscope is with international standard camera interface, with MIC TECH professional microscope camera and software, high sensitivity, low noise and high definition imaging can be obtained.
XDS-C610 Inverted Fluosrecence Microscope
MIC TECH new model XDS--C610 inverted fluorescence microscope is designed for laboratory cytological study.
▲This serials microscope is scientific research grade microscope, reasonable improvement on microscope makes it more suitable for laboratory cell observation.
▲With long life LED light source and infinite optical system, the wide field image with high definition and contrast can be easily obtained.
▲This microscope is not big, smart with smooth design, can be applied for cell observation, sampling and processing in the ultra clean platform.
▲The filters are replaceable, makes it more free to choose different dyes. High power LED light with uniform brightness offers strong support to get high quality fluorescent observation.
This microscope is with international standard camera interface, with MIC TECH professional microscope camera and software, high sensitivity, low noise and high definition imaging can be obtained.
XJP-8A inverted DIC fluorescent metallurgical microscope
MIC TECH’S new advanced XJP-8A 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.
