297 results found for “Magus”

Objective for studying samples in polarized light whether transmitted or reflected. When making lenses for polarizing objectives internal strains are avoided so that the optics do not produce birefringence or affect the observation. The 50x MAGUS SFR50 has a resolution limit of 0.39µm. It...

This darkfield slider (plate) is for MAGUS microscopes. It was designed for studying unstained transparent samples that can only be viewed using the darkfield technique. The slider has two holes: one with a built-in darkfield aperture and the other is free for the brightfield...

The research-grade microscope. The microscope is designed for observing transparent and translucent biological specimens, such as smears and sections, in transmitted light using the brightfield technique. Installation of additional accessories will allow for darkfield, phase contrast, differential interference contrast, fluorescence, and polarization techniques. The...

Objective for brightfield observations. The MAGUS Bio V360 microscope kit includes phase objectives. The inner lens of such an objective has a metal film ring etched on it which is required for phase-contrast observations. The metal film provides a quarter-wavelength phase shift relative to...

The MAGUS BIT400 Lum 400 stage insert provides protection from stray light during fluorescence observations. The light from the reflected light source not only illuminates the specimen but also partially hits the condenser lens through the opening in the stage. When reflected from the...

Objective for brightfield observations. The resolution limit of a 40x/0.65 objective is 0.43μm. Chromatic aberrations are corrected for blue and red spherical aberration for green and the field curvature is corrected for 90% of the field of view diameter. The objective is designed for...

Objective with 50x magnification for a metallurgical microscope. The plan achromatic optics form a wide and clear field of view and correct field curvature by 90%. When combined with a 10x/22mm eyepiece the optical system will provide a field of view of 0.44mm. The...

The water immersion objective uses distilled water as the immersion fluid. Distilled water has no inherent fluorescence and does not contaminate physiological solutions. The water immersion objective requires no special cleaning techniques and no additional costs for the purchase of immersion oil and o-xylene....

The MAGUS CLI18T illuminator is designed to illuminate samples with oblique light that makes it possible to visualize relief scratches cracks and other surface defects due to distinct light and shadows. The illuminator’s design prevents any heating or thermal damage to the sample. The...

The microscope is designed for studying the microstructure of metals and alloys semiconductor materials and other opaque specimens. The design of the inverted microscope does not limit the size of the examined sample; only its weight is limited up to 2kg. The specimen must...

The SAL20 stereomicroscope auxiliary lens is mounted on the lens cap using a thread. The system magnification increases (2x). The field of view becomes half as large (compared to a conventional objective) and the working distance reaches 40.4mm. The auxiliary lens can be used...

The MAGUS ECS9 model eyecups are designed for the eyepieces included in the basic configuration of the MAGUS Stereo 9T stereomicroscope. These are special rubber tips that fit onto the eyepiece and provide greater comfort when working with the microscope. Brand MAGUS Warranty 2...

The gem clip is an accessory for stereomicroscopes used in conjunction with a darkfield condenser. Fixes samples above the condenser thereby increasing the comfort of gemological research. Installed in place of the holder in the base. Recommended for use in conjunction with a darkfield...

Eyepieces extend the magnification range of the microscope. This eyepiece with diopter adjustment is the best choice for microscopes that do not have a diopter adjustment ring on the eyepiece tube. If the user’s vision is imperfect this eyepiece makes it easier to bring...

The microscope is intended for studying specimens using the fluorescence microscopy technique in reflected light and using the brightfield and phase contrast techniques in transmitted light. The fluorescence microscopy is based on the ability of some substances to glow when exposed to light of...