The ZEISS LED Module 530 nm for Axio is designed for fluorescence microscopy applications requiring green-light excitation. It delivers stable and high-intensity illumination at a wavelength of 530 nm, ensuring reliable excitation of compatible fluorescent dyes. This module is intended for integration into Axio microscope systems and supports professional laboratory and research use.

The ZEISS LED Module 565 nm is designed for fluorescence microscopy applications requiring green-yellow light excitation. It provides stable and high-intensity illumination at a wavelength of 565 nm, ensuring reliable excitation of compatible fluorescent dyes. This module is suitable for integration into ZEISS fluorescence illumination systems in laboratory and research environments.

The ZEISS LED Module 590 nm for Axio is designed for fluorescence microscopy applications requiring orange-light excitation. It provides stable and high-intensity illumination at a wavelength of 590 nm, ensuring reliable excitation of compatible fluorescent dyes. This module is suitable for integration into Axio microscope systems and supports professional laboratory and research applications.

The ZEISS LED Module 625 nm is designed for fluorescence microscopy applications requiring red-light excitation. It delivers stable and high-intensity illumination at a wavelength of 625 nm, ensuring reliable excitation of compatible fluorescent dyes. This module is suitable for integration into ZEISS fluorescence illumination systems in laboratory and research environments.

The ZEISS Luminaire DL/AL-LED10 CRI90 for Axiolab is a high-quality illumination unit designed for reliable transmitted and reflected light microscopy. With a color rendering index (CRI) of 90, it ensures accurate color reproduction and clear specimen visualization. This LED-based illuminator provides stable and energy-efficient performance, making it suitable for laboratory and educational applications.

The ZEISS K LED Segmentable Ring Light is designed for flexible and precise incident illumination in stereomicroscopy. Equipped with 48 inclined LEDs arranged in two rows, it provides uniform and adjustable lighting conditions. The ring light supports segmented illumination modes and independent control of segmentation and rotation, allowing optimized contrast for different specimen types. It is compatible with K EDU, LAB, and MAT stands as well as the K LED controller, making it suitable for industrial and academic applications.

The ZEISS Split Ring Luminaire 1500 ECO is designed to provide controlled and precise incident illumination for stereomicroscopy applications. With a diameter of 66 mm and a slit width of 9/1000 mm, it enables targeted lighting for enhanced contrast and detailed specimen observation. This ring light is suitable for laboratory, industrial, and educational environments requiring focused illumination performance.

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.