Microscopes

The MAGUS Lum 400 fluorescence microscope is designed for diagnostics and research and can be used for fluorescence (reflected light) and brightfield (transmitted light) microscopy methods. With additional instrumentation it is possible to use polarization, darkfield and phase contrast techniques. Areas of application of the fluorescence microscope: DNA analysis, pathogen study, health and epidemiological surveillance, forensic expertise, etc. Optical It is a tr...

The MAGUS Pol 850 polarizing microscope is designed to operate in transmitted and reflected light. Available search methods: polarization and brightfield. The microscope is used to study anibiological, geological, and anisotropic polymer objects, as well as matte glossy sections up to 15 mm thick with a glossy side. The microscope is perfect for a wide range of tasks of professionals in the fields of medicine, forensics, mineralogy, crystallography or petrography. Digital camer...

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, the microscope can be used to conduct polarized light research and for phase contrast and darkfield techniques. You can use the microscope for laboratory research and diagnostics in the fields of medicine, pharmacology, forensic science, biotechnology, veterinary medicine, etc. Digi...

The MAGUS Lum 400 fluorescence microscope is designed for diagnostics and research and can be used for fluorescence (reflected light) and bright field (transmitted light) microscopy methods. With additional instruments, it is possible to use polarization, dark field and phase contrast techniques. Areas of application of the fluorescence microscope: DNA analysis, pathogen study, health and epidemiological surveillance, forensic expertise, etc. Digital camera MAGU...

Research microscope. Designed for the study of liquid precipitates, cell colonies, live cells, tissue cultures, and other colored and non-colored samples in laboratory containers. The inverted design allows you to use Petri dishes, multi-well plates, vials, roller bottles and flasks up to 75 mm and with a 1.2 mm thick bottom. The microscope uses special objectives for observation with such containers. By removing the capacitor, cell colonies can be observed in Petri dishes or c...

MAGUS Metal 630 metallographic microscope BD for brightfield, dark field and polarization microscopy techniques. Powerful halogen light illumination produces a quality image with any objective lens and microscopy method. The microscope is designed for quality control and the study of the microstructure of semiconductor materials, metals, and opaque objects. It is used to conduct research at manufacturing facilities, research center laboratories, and university departments. Opt...

MAGUS Metal D630 Digital Metallographic Microscope BD for brightfield, dark field and polarization microscopy techniques. Powerful halogen light illumination produces a quality image with any objective lens and microscopy method. The microscope is designed for quality control and the study of the microstructure of semiconductor materials, metals, and opaque objects. It is used to conduct research at manufacturing facilities, research center laboratories, and university departments.

MAGUS Metal D630 digital metallographic microscope BD LCD for bright field, dark field and polarization microscopy techniques. Powerful halogen illumination produces a quality image with any objective lens and microscopy method. The microscope is designed for quality control and microstructure study of semiconductor materials, metals and opaque objects. It is used to conduct research at manufacturing plants, research center laboratories and university departments. Digital came...

The MAGUS Metal V700 metallographic microscope BD is an inverted metallographic microscope: this means that the objective revolver is positioned below the sample and that observations are made in reflected light. Available microscopy techniques: brightfield, darkfield or polarized light. This microscope is used for the examination of metals, alloys, semiconductor materials and other non-transparent materials weighing up to 2 kg. It is widely used in industrial plants, factories, quality contr...

The MAGUS Metal VD700 Digital Metallographic Microscope BD It is an inverted metallographic microscope: this means that the nosepiece is positioned below the sample and that observations are made in reflected light. Available microscopy techniques: brightfield, darkfield or polarized light. This microscope is used for the examination of metals, alloys, semiconductor materials and other non-transparent materials weighing up to 2 kg. It is widely used in industrial plants, factories, quality co...

The MAGUS Metal VD700 Metallographic Microscope BD LCD is a digital inverted metallographic microscope: this means that the nosepiece is positioned below the sample and observations are made in reflected light. Microscopy techniques available: bright field, dark field or polarized light. This microscope is used for the examination of metals, alloys, semiconductor materials and other non-transparent materials of large dimensions and weight up to 2 kg. It is widely used in industrial plants, fa...

The MAGUS Metal 650 metallographic microscope BD is suitable for observing the surfaces of photomasks, integrated circuits, printed circuit boards, and other long and wide objects. It features a large stage that can accommodate large, fine-focus samples with a value of 0.7 μm for high-precision observations at high magnification. Brightfield, dark field and polarized light microscopy techniques. The microscope is suitable for quality control laboratories, research centers and university depar...

The MAGUS Lum V500 inverted fluorescence microscope is designed for the observation of samples in laboratory glassware with a height of up to 55 mm and a background thickness of up to 1.2 mm. IncBy lining the illuminator support, it becomes possible to use laboratory glassware of larger dimensions, up to 165 mm. Samples can be observed in reflected light (fluorescence microscopy technique) and transmitted light (with brightfield and phase contrast microscopy). The main fields of application o...

The MAGUS Metal D650 Digital Metallographic Microscope BD It is suitable for observing the surfaces of photomasks, integrated circuits, printed circuit boards, and other long and wide objects. It features a large stage that can accommodate large, fine-focus samples with a value of 0.7 μm for high-precision observations at high magnification. Brightfield, dark field and polarized light microscopy techniques. The microscope is suitable for quality control laboratories, research centers and univ...

The MAGUS Metal D650 digital metallographic microscope BD LCD is suitable for observing the surfaces of photomasks, integrated circuits, printed circuit boards and other long and wide objects. It features a large stage that can accommodate large samples and fine focus with a value of 0.7 µm for high-precision observations with high magnification. Bright field, dark field and polarized light microscopy techniques. The microscope is suitable for quality control laboratories, research centers an...

The MAGUS Lum V500 inverted fluorescence microscope is designed for observation of samples in laboratory glassware with a height of up to 55 mm and a bottom thickness of up to 1.2 mm. IncBy extending the illuminator holder, it becomes possible to use larger laboratory glassware, up to 165 mm. Samples can be observed in reflected light (fluorescence microscopy technique) and in transmitted light (with bright field and phase contrast microscopy). The main fields of application of this microscop...

Research microscope. Designed for the observation of transparent and translucent biological samples, such as smears and cross-sections in transmitted light using the brightfield method. The installation of additional accessories will allow darkfield, phase contrast, differential interference contrast, fluorescence and polarization methods. The motorized nosepiece and condenser automate the change of lenses and the adjustment of the corresponding lighting system. The settings are not a di...

This microscope is designed for the study of microstructures of metals, alloys, semiconductor materials, and other opaque samples. The inverted microscope design does not limit the size of the examined sample, only its weight is limited to up to 2 kg. The sample to be analyzed must first be properly processed, then placed on the stage with the surface of interest downwards. The microscope performs three contrast techniques in reflected light: brightfield, simple polarization, and di...