Professional Optical Equipment

Fluorescence microscope MAGUS Lum 400 is designed for diagnostics and research by methods of fluorescence (reflected light) and brightfield (transmitted light) microscopy. Darkfield, phase contrast, and polarization techniques can be used with optional equipment. Areas of application of fluorescence microscope: DNA analysis, study of pathogens, sanitary and epidemiological surveillance, forensic examination, etc.

Fluorescence microscope MAGUS Lum 400 is designed for diagnostics and research by methods of fluorescence (reflected light) and brightfield (transmitted light) microscopy. Darkfield, phase contrast, and polarization techniques can be used with optional equipment. Areas of application of fluorescence microscope: DNA analysis, study of pathogens, sanitary and epidemiological surveillance, forensic examination, etc.

The MAGUS Lum 400L Fluorescence Microscope can be used for two microscopy techniques: fluorescence in reflected light and brightfield in transmitted light. When equipped with additional accessories, you can use the microscope to conduct research in polarized light as well as use darkfield and phase contrast techniques. The microscope can be used for research and laboratory diagnostics in the fields of medicine, pharmacology, forensics, biotechnology, veterinary medicine, etc.

The MAGUS Lum 400L Fluorescence Microscope can be used for two microscopy techniques: fluorescence in reflected light and brightfield in transmitted light. When equipped with additional accessories, you can use the microscope to conduct research in polarized light as well as use darkfield and phase contrast techniques. The microscope can be used for research and laboratory diagnostics in the fields of medicine, pharmacology, forensics, biotechnology, veterinary medicine, etc.

The MAGUS Lum V500 Fluorescent Inverted Microscope is designed for observing samples in laboratory ware up to 55mm high and a bottom thickness of up to 1.2mm. When the illuminator stand is tilted, it is also possible to use larger lab ware of up to 165mm. You can observe samples in the reflected light (fluorescence microscopy technique) and transmitted light (brightfield and phase-contrast microscopy). The main areas of microscope application: medicine, pharmacology, biochemistry, epidemiology, etc.

The MAGUS Lum V500 Fluorescent Inverted Microscope is designed for observing samples in laboratory ware up to 55mm high and a bottom thickness of up to 1.2mm. When the illuminator stand is tilted, it is also possible to use larger lab ware of up to 165mm. You can observe samples in the reflected light (fluorescence microscopy technique) and transmitted light (brightfield and phase-contrast microscopy). The main areas of microscope application: medicine, pharmacology, biochemistry, epidemiology, etc.

The MAGUS Lum V500L is an inverted microscope for fluorescence microscopy in the reflected light and brightfield and phase contrast microscopy in the transmitted light. DAPI, FITC, and TRITC fluorochrome filters are used for fluorescence microscopy. The inverted design allows you to study samples in laboratory ware such as petri dishes, flasks, etc. The height of the lab ware can be 55mm or 165mm when the stand is tilted. The optics are designed for lab ware with a bottom thickness of 1.2mm. The microscope is ideal for research and routine laboratory work and it can be used for educational purposes.

The MAGUS Lum V500L is an inverted microscope for fluorescence microscopy in the reflected light and brightfield and phase contrast microscopy in the transmitted light. DAPI, FITC, and TRITC fluorochrome filters are used for fluorescence microscopy. The inverted design allows you to study samples in laboratory ware such as petri dishes, flasks, etc. The height of the lab ware can be 55mm or 165mm when the stand is tilted. The optics are designed for lab ware with a bottom thickness of 1.2mm. The microscope is ideal for research and routine laboratory work and it can be used for educational purposes.

MAGUS Metal 630 BD Metallurgical Microscope for brightfield, darkfield, and polarization microscopy techniques. The powerful halogen illumination produces a quality image with any objective lens and any microscopy method. The microscope is designed for quality control and study of microstructure of metal and semiconductor materials, and opaque objects. It is used to conduct research at production facilities, in the laboratories of research centers, and at university departments.

The MAGUS Metal 630 metallurgical reflected light microscope is used to examine the microstructure of opaque objects of any height and size. The objects of study are metals, alloys, semiconductors, and paint coatings. Available microscopy techniques: brightfield and polarized light. One of the advantages of the microscope is its compact size, making it ideal for laboratories with limited working and storage space. MAGUS Metal 630 microscope is an excellent choice for industries in various sectors, research centers, and university departments.

The MAGUS Metal 650 BD Metallurgical Microscope is suitable for observing the surfaces of photomasks, integrated circuits, printed circuit boards, and other long and wide objects. It is equipped with a large stage that can easily hold large samples, and fine focusing with a scale value 0.7µm for high-precision observations at high magnification. Brightfield, darkfield, and polarized light microscopy techniques. The microscope is suitable for quality control laboratories, research centers, and university departments.

The MAGUS Metal 650 Metallurgical Microscope has a large stage where you can place photomasks, printed circuit boards, integrated circuits, and other long and wide specimens to be examined in reflected light. Brightfield and polarized light observations are possible. The microscope provides high precision focusing. The fine focusing scale value of 0.7µm makes it easy to work at high magnifications. It is used for conducting research in industrial plants and teaching engineering students.

Metallurgical microscope MAGUS Metal D600 LCD is designed for studying opaque samples (metals, alloys, paint coatings, semiconductor and other materials) in reflected light using brightfield and polarization microscopy techniques. You can study the microstructures on flat and polished samples. The transmitted light illuminator also makes it possible to examine the particles trapped on filters and translucent materials (like thin films) under the microscope. The microscope is suitable for the research and analysis conducted by geologists, metallurgists, engineers, archaeologists, and specialists in other fields of science.

Metallurgical microscope MAGUS Metal 600 is designed for studying opaque samples (metals, alloys, paint coatings, semiconductor and other materials) in reflected light using brightfield and polarization microscopy techniques. You can study the microstructures on flat and polished samples. The transmitted light illuminator also makes it possible to examine the particles trapped on filters and translucent materials (like thin films) under the microscope. The microscope is suitable for the research and analysis conducted by geologists, metallurgists, engineers, archaeologists, and specialists in other fields of science.

MAGUS Metal D630 BD LCD Metallurgical Digital Microscope for brightfield, darkfield, and polarization microscopy techniques. The powerful halogen illumination produces a quality image with any objective lens and any microscopy method. The microscope is designed for quality control and study of microstructure of metal and semiconductor materials, and opaque objects. It is used to conduct research at production facilities, in the laboratories of research centers, and at university departments.

MAGUS Metal D630 BD Metallurgical Digital Microscope for brightfield, darkfield, and polarization microscopy techniques. The powerful halogen illumination produces a quality image with any objective lens and any microscopy method. The microscope is designed for quality control and study of microstructure of metal and semiconductor materials, and opaque objects. It is used to conduct research at production facilities, in the laboratories of research centers, and at university departments.