This is a research-grade microscope designed for observing transparent and translucent biological samples such as smears and cross-sections in transmitted light using the brightfield method. With the installation of optional accessories, the microscope also supports darkfield, phase contrast, differential interference contrast (DIC), fluorescence, and polarization techniques. The motorized revolving nosepiece and motorized condenser automate objective changes and illumination adjustments.

The MAGUS Metal 650 BD Metallurgical Microscope is designed for examining the surfaces of photomasks, integrated circuits, printed circuit boards, and other large, elongated samples. It features an extra-large stage that supports oversized specimens and a highly precise fine-focus system with a 0.7 µm scale value, enabling accurate work at high magnifications. The microscope supports brightfield, darkfield, and polarized light observation methods, making it a practical choice for quality control laboratories, research facilities, and university departments.

The MAGUS Metal V700 BD is an inverted metallurgical microscope in which the revolving nosepiece is positioned beneath the specimen and observation is performed using reflected light. It supports brightfield, darkfield, and polarized light microscopy. The microscope is designed for examining metals, alloys, semiconductors, and other opaque materials, including large and heavy specimens weighing up to 2 kg. It is widely used in industrial production, manufacturing plants, quality control laboratories, universities, and research centers.

The MAGUS Metal 630 BD Metallurgical Microscope is designed for brightfield, darkfield, and polarization microscopy using reflected light. A powerful 50 W halogen illumination system delivers high-quality images with any objective and across all supported microscopy techniques. The microscope is intended for quality control, microstructure analysis of metals and semiconductors, and the study of opaque specimens. It is widely used in industrial production environments, research laboratories, and university departments.

The MAGUS Metal 600 BD Metallurgical Microscope is designed for examining specimens in reflected light using brightfield, darkfield, and polarization microscopy. It is intended for the analysis of metal and semiconductor materials, as well as other flat, polished, and highly reflective samples. When operating in transmitted light, the microscope can also be used to study translucent specimens, such as thin films or particles captured on filters. This model is well suited for metallurgical and mechanical engineering applications, quality control and engineering laboratories, and technical universities.

This research-grade inverted microscope is designed for the study of liquid precipitates, cell colonies, living cells, tissue cultures, and other stained or unstained specimens placed in laboratory glassware. Its inverted optical layout allows the use of Petri dishes, multi-well plates, vials, roller bottles, and flasks up to 75 mm high with a bottom thickness of 1.2 mm, using objectives specifically designed for this type of glassware. When the condenser is removed, the microscope enables observation of cell cultures in Petri dishes or cylindrical flasks up to 187 mm high.

The MAGUS Pol 850 Polarizing Microscope is designed for operation in both transmitted and reflected light. It supports polarization and brightfield observation methods and is intended for studying anisotropic specimens in biology, geology, and polymer science, as well as opaque polished sections up to 15 mm thick with one polished surface. This microscope is well suited for professional work in medicine, forensics, mineralogy, crystallography, and petrography. The MAGUS CHD40 is a digital HDMI camera with three video interfaces and automatic switching between 4K and Full HD based on the connected monitor’s resolution.

The MAGUS Pol 850 Polarizing Microscope is designed for work in both transmitted and reflected light. It supports polarization and brightfield observation methods and is intended for studying anisotropic specimens in biology, geology, and polymer research, as well as opaque polished sections up to 15 mm thick with one polished surface. It is a practical tool for specialists in medicine, forensics, mineralogy, crystallography, and petrography. The MAGUS CBF70 is a professional scientific camera designed for microscope use with 4×, 10×, 20×, and 40× objectives.

The MAGUS Bio DH260 is an everyday microscope designed in its standard configuration for examining biological samples in transmitted light using the brightfield method. With optional components, it can also support fluorescence or polarized light, as well as darkfield and phase contrast techniques. The microscope features a binocular head with a built-in camera, a coded revolving nosepiece that maintains user-selected illumination levels when magnification changes, and an LCD screen that displays key operating parameters.

This is a research-grade microscope designed for observing transparent and translucent biological specimens—including smears and cross-sections—in transmitted light using the brightfield method. By adding optional accessories, the microscope can also support darkfield, phase contrast, fluorescence, and polarization techniques. A key feature is the coded revolving nosepiece, which keeps brightness comfortable when switching objectives. Intelligent lighting control improves workflow speed and user comfort by reducing the need for constant manual adjustments, allowing the researcher to stay focused on the task.

The MAGUS Metal 630 metallurgical reflected-light microscope is designed for examining the microstructure of opaque specimens of any height and size. Typical objects of study include metals, alloys, semiconductors, and paint coatings. The microscope supports brightfield and polarized light techniques. Its compact design is a major advantage, making it well suited for laboratories with limited workspace or storage capacity. The MAGUS Metal 630 is an effective solution for industrial applications, research laboratories, and university departments.

The MAGUS Bio 260T microscope is a versatile everyday instrument suitable for laboratory work, scientific research, and education. It is designed to observe thin transparent and translucent specimens using the brightfield method in transmitted light. By adding optional components, the microscope can be expanded to support darkfield, phase contrast, polarized light, and fluorescence techniques. A key feature of this model is the coded revolving nosepiece, which accommodates up to five objectives.

The MAGUS Bio DH240 microscope is designed for studying transparent and translucent biological specimens using the brightfield method. It features a binocular head with a built-in digital camera, a four-position revolving nosepiece with intelligent lighting control, and a built-in LCD screen that displays current operating settings. This model is compact, lightweight, and ergonomically designed, making it easy to store and transport. All cables and the power adapter are neatly concealed at the back of the stand, while side openings in the body act as convenient carrying handles.

The MAGUS Bio 240T is a compact biological microscope designed for education and scientific research. It is intended for observing transparent and translucent biological specimens using the brightfield method. The microscope is equipped with a coded revolving nosepiece that preserves the selected illumination level for each objective, as well as an LCD screen that displays current operating parameters. This model features a trinocular head with a vertical tube for mounting a digital video camera. Light distribution is selectable between 0/100 and 100/0, directing all light either to the camera or to the eyepieces.

The MAGUS Bio 240B educational microscope is designed for professional training and instruction. It is used to study transparent and translucent biological specimens in transmitted light using the brightfield method. The microscope features a coded four-position revolving nosepiece with intelligent lighting, which automatically adjusts brightness for each objective. Its compact size and ergonomic design make it easy to move, store, and use in teaching environments. The microscope head accommodates two eyepieces and uses an infinity optical system.