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.

Delta Titanium ED85 25–60×85 delivers the same outstanding optical performance in a compact and lightweight design. The scope is supplied with a neoprene field case. The four-element optical system with ED glass effectively corrects chromatic and off-axis aberrations, producing a sharp, high-contrast image with excellent color fidelity. The 25–60× wide-angle zoom eyepiece provides a 46–70° apparent field of view (36 m to 20 m at 1000 m). Low magnification makes it easy to locate a subject, while higher magnification reveals fine details.

Delta Titanium ED70 20–48×70 Spotting Scope combines excellent optical performance with a compact, lightweight design. It is supplied with a neoprene field cover for protection during use and transport. The four-element optical system uses extra-low dispersion (ED) glass to effectively correct chromatic and off-axis aberrations. This results in a very sharp, high-contrast image with natural, accurate color reproduction across the entire zoom range. 

This camera upgrade features compact 2.0 μm pixels that increase resolution and deliver brighter images. Sony Starvis 2 technology improves quantum efficiency, enhancing light sensitivity and fine detail. The modern 16:9 widescreen aspect ratio is ideally suited to smartphone and tablet displays, ensuring images fill the entire screen without cropping. Using the latest Sony Starvis 2 CMOS technology, this high-performance camera provides higher resolution and finer detail thanks to smaller pixels and improved sensitivity to light. It captures more information from faint objects and produces clearer, more detailed astrophotography results.

This modern biological microscope is designed for use in veterinary medicine, bacteriology, immunology, pharmacy, and many other scientific disciplines, as well as in analytical laboratories. It is equipped with a trinocular head that allows the connection of any microscope camera with a C-mount interface via an independent optical path. The trinocular tube features adjustable height, enabling precise focus matching between the camera sensor and the eyepieces.

This modern biological microscope is designed for research in veterinary medicine, bacteriology, immunology, pharmacy, and many other scientific fields, as well as for use in analytical laboratories. It is equipped with a trinocular head that allows any microscope camera with a C-mount interface to be connected via an independent optical path. The trinocular tube features height adjustment, enabling precise alignment of focus between the camera sensor and the eyepieces.

This modern biological microscope is designed for research in veterinary medicine, bacteriology, immunology, pharmacy, and other scientific disciplines, as well as for analytical laboratories. It is equipped with a trinocular head that allows any microscope camera with a C-mount to be connected via an independent optical path. The trinocular tube features height adjustment, enabling precise focus matching between the camera sensor and the eyepieces. This is the first microscope in our range to feature an infinity-corrected optical system with objectives of 60 mm optical length.

This modern biological microscope is designed for use in veterinary medicine, bacteriology, immunology, pharmacy, and other scientific fields, as well as in analytical laboratories. It is equipped with a trinocular head that allows any microscope camera with a C-mount to be connected via an independent optical path. The trinocular tube features height adjustment, enabling precise focus alignment between the camera sensor and the eyepieces. The microscope uses an infinity-corrected optical system with precise coarse and fine focusing and a wide eyepiece field of view of up to 22 mm.