418 results found for “magus”

Polarizing objective for studying transparent and translucent samples in polarized light. Special distortion- and strain-free lenses do not affect the study results. Objective with 20x magnification and a maximum resolution of 0.69µm. It is designed for a microscope with an infinity-corrected optical system. The...

The epi-fluorescence attachment is used to employ the fluorescence technique. The fluorescence technique is based on the ability of substances to emit light when excited by the light of a certain wavelength. Some specimens exhibit autofluorescence while others should be treated with fluorochromes. The...

The phase objective is aimed at studying living biological samples indistinguishable using the brightfield method. Due to staining microorganisms die and so the phase-contrast method is the only one that allows the examination of non-contrast biological samples. In addition to the objective you will...

The phase objective is designed to study live specimens indistinguishable or barely visible without contrast. In this case staining microorganisms is impossible as it leads to their death. Phase contrast makes microorganisms visible without directly affecting or harming them. For phase contrast observations you...

Plan achromatic objective for working in polarized transmitted light. Polarizing objective lenses are designed to be strain-free so as not to produce birefringence within the optical system. Objectives with plan achromatic optics form an image equally focused in the center and around the periphery....

The MAGUS Metal D630 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...

MAGUS Bio D230T is a biological trinocular microscope for laboratory and research observations in the field of medicine pharmaceuticals forensics biotechnology etc. It is suitable for the observation of flat biological translucent and transparent specimens: thin sections and smears. Equipped with achromatic objectives and...

MAGUS Bio 230BL is a binocular microscope with achromatic objectives and LED illumination for observing biological samples such as smears and thin sections. The observations are made with the transmitted light microscopy technique (brightfield). The microscope can be equipped with optional darkfield polarized light...

Eyepieces extend the magnification range of the microscope. The 20x eyepieces provide for the useful magnification of the microscope when 4x 10x and 20x objectives are used. This eyepiece with diopter adjustment is the best choice for microscopes that do not have a diopter...

This eyepiece is for MAGUS microscopes. It provides 20x magnification and can be used with 4x 10x and 20x objectives. The special feature of this eyepiece is the diopter adjustment ring which can adjust the focus to compensate for the user’s vision. If the...

The eye relief height directly affects the user’s comfort during prolonged use of a microscope. If the eye relief height does not correspond to the user’s height fatigue may occur due to muscle strain. The microscope head with adjustable eyepiece tube inclination can solve...

The polarizer/analyzer set is used to enable the polarization technique. It consists of a polarizer and an analyzer. The polarizer is placed on the collector and the analyzer is in the slot of the stand above the revolving nosepiece. The polarizer is 90° rotatable....

The objective is installed on a polarizing microscope and it operates in transmitted polarized light conditions. It is equipped with optics without distortion and internal strain so that lens features do not affect the observation results. The plan achromatic objective eliminates optical distortions: chromatic...

To produce a three-dimensional image the CMO stereomicroscope uses a common main objective that is exactly perpendicular to the specimen plane. The light that passes through or that is reflected from the specimen enters the main objective and is distributed into two parallel optical...

The epi-fluorescence attachment is used to employ the fluorescence technique. The fluorescence technique is based on the ability of substances to emit light when excited by the light of a certain wavelength. Some specimens exhibit autofluorescence while others should be treated with fluorochromes. The...