The ZEISS Flexible Light Conductor with two arms is designed for versatile and precise illumination in microscopy applications. With a diameter of 4.5 mm and a length of 1000 mm, it allows flexible positioning of light for optimal specimen lighting. This two-armed light guide is compatible with the KL 1500 and KL 2500 illumination systems, making it suitable for laboratory, industrial, and educational environments.

The ZEISS Gooseneck Light Conductor 1500-90° is designed for flexible and precise illumination in microscopy applications. Featuring two swan-neck arms with a 90° configuration, it allows accurate positioning of light for optimal specimen visibility. Each arm has a diameter of 4.5 mm and a length of 620 mm, providing adaptable lighting for laboratory and industrial environments.

The ZEISS IF Yellow Filter LP 515 is designed for fluorescence microscopy applications requiring long-pass filtering. With a diameter of 25 mm and a thickness of 2 mm, it provides reliable spectral separation for appropriate imaging conditions. This filter is suitable for laboratory and research environments where precise optical filtering is required.

The ZEISS IR Blocking Filter (BP 400–750 nm) is designed to block infrared light while transmitting wavelengths within the 400–750 nm range. This mounted filter, with a diameter of 32 mm, ensures reliable spectral control for microscopy and imaging applications. It is suitable for laboratory and research environments where precise wavelength filtering is required.

The ZEISS Controller K LED is designed to operate the coaxial LED illumination integrated into Stemi 305 and Stemi 508 microscope bodies when used without Tripod K. It enables convenient switching and dimming of the K LED light, ensuring precise control of illumination intensity. The controller includes a magnetic mounting plate for easy attachment to boom stands and comes with a comprehensive power supply set for international use.

The ZEISS Illumination Adapter for light sources with a light conductor is designed for use with HXP 120 and X-Cite 120 illumination systems. It enables the integration of external light sources via a light guide into compatible ZEISS microscope platforms. This adapter ensures reliable and stable fluorescence illumination for advanced laboratory and research applications.

The ZEISS 60-T2 Camera Adapter 1.0X is designed for connecting DSLR cameras to compatible ZEISS microscopes. It provides a 1.0x magnification factor, ensuring a direct image transfer without additional scaling. The adapter features a 60 mm to T2 connection and is intended for use with trinocular tubes. It serves as an additional adapter for the microscope models listed below and connects to component 50946 where required.

The ZEISS Axiolab 5 trinocular microscope is designed for everyday routine laboratory microscopy using transmitted light in brightfield mode. Equipped with a phototube, this microscope allows easy integration with imaging systems for digital documentation and analysis. The system includes N-Achroplan objectives with magnifications of 10x, 40x, 50x oil, and 100x oil. A 50:50 phototube allows simultaneous observation and imaging. The setup also includes a 60N-C 2/3" 0.5x camera adapter and an Axiocam 212 color microscopy camera for capturing high-quality images.

The Delta Optical SZ-430B is a high-quality stereoscopic microscope featuring a modern and ergonomic design. It is intended for stereoscopic observation using both reflected and transmitted light. The microscope is suitable for botanists, biologists, entomologists, paleontologists, archaeologists, numismatists, philatelists, students, and hobbyists exploring the microscopic world. It is also widely used in electronics, precision mechanics, art conservation, forensic science, and many other scientific fields.

The Delta Optical Discovery L is a simple stereoscopic microscope designed for users who require a large working distance due to manual work performed under the microscope using tools such as soldering irons and precision instruments. This microscope is an excellent choice for workshops specializing in precision mechanics and electronics. Thanks to its optical quality, good depth of field, and practical parameters, this model is ideal for inspecting electronic circuits, especially large motherboards.

An excellent stereoscopic microscope with an ergonomic and modern design, intended for observations in both reflected and transmitted light. It is suitable for botanists, biologists, entomologists, paleontologists, archaeologists, numismatists, philatelists, students, and hobbyists exploring the microscopic world. It also finds applications in electronics, precision mechanics, art conservation, forensic science, and many other scientific fields. The built-in LED illumination with independent brightness control for both upper and lower lights allows for extended work and observation in reflected and/or transmitted light.

An excellent stereoscopic microscope with an ergonomic and modern design, intended for observations in both reflected and transmitted light. It is suitable for botanists, biologists, entomologists, paleontologists, archaeologists, numismatists, philatelists, students, and hobbyists exploring the microscopic world. It is also widely used in electronics, precision mechanics, art conservation, forensic science, and many other scientific fields. This model features a trinocular head with a third optical path for mounting a microscope camera or photographic device.

The ASI676 MM is a modern monochrome camera featuring a square-format Sony IMX sensor with an impressive resolution of 12 MP. It is particularly well suited for meteor photography and all-sky monitoring. The square sensor format simplifies mosaic creation and improves efficiency, while the high resolution delivers detailed images of the Sun, Moon, and planets. One of the main benefits of the square sensor design is the ease of creating mosaics, making the imaging process more efficient. The square format also increases compatibility with a wide range of lenses, including fisheye and wide-angle optics. This makes the camera especially effective for meteor tracking and full-sky observation.

This is a high-end metallographic microscope designed for advanced material analysis in laboratories, universities, and industrial environments. It allows detailed observation of both opaque and transparent samples using reflected and transmitted light techniques. The device supports multiple observation methods, including bright field, dark field, and polarized light, making it highly versatile. Its robust optical system and ergonomic design ensure precise and comfortable work during long observation sessions.

This advanced inverted metallurgical microscope is designed for professional material analysis in industrial, research, and academic environments. It enables detailed examination of metals, alloys, semiconductors, and other opaque samples, including large and heavy specimens up to 2 kg. The system integrates a high-resolution digital camera and a dedicated monitor for real-time visualization. Its versatile observation techniques and robust construction make it suitable for demanding laboratory and quality control applications.

This inverted metallurgical microscope is designed for professional analysis of metal structures, alloys, and semiconductors using reflected light. It is particularly suited for working with large and heavy samples, as only the bottom surface needs to be prepared for observation. The device supports brightfield and polarized light techniques, making it versatile for laboratory and industrial use. Its robust construction and flexible optical configuration make it suitable for demanding applications in research, production, and quality control.

This polarizing objective features special strain-free lenses that allow light to pass without interference, ensuring accurate observation results. It is suitable for use with both reflected and transmitted polarized light. When paired with a 5× to 10× eyepiece, the 100× objective provides an effective magnification range of 425× to 850×. Eyepieces with lower magnification do not offer sufficient detail, while those exceeding 10× do not add meaningful new information.

Modern biological microscope designed for histopathological applications as well as research and clinical use. It is equipped with a trinocular head, allowing connection of any microscope camera through an independent observation 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 60 mm optical length objectives, providing a longer working distance. This results in a sharper, brighter image with more vivid colors.