Used LUMINEX LXHT #9023718 for sale

LUMINEX LXHT
ID: 9023718
Plate assay reader, 384-well.
LUMINEX LXHT is a lab equipment and accessorie designed to provide optimal light conditions for research applications. This apparatus is a combination of multiple light sources, including LED, xenon, argon, and deuterium. Each individual light source can be controlled independently for precise illumination. LXHT is an adjustable, high-efficiency light source with an efficient and easy-to-use optical interface. This setup includes an adjustable aperture size, allowing users to quickly select and adjust beam size. Additionally, this multipurpose light source features light intensity control, offering the user a wide range of intensity settings. Furthermore, LUMINEX LXHT has an intelligent electrical control system designed to provide more efficient performance. LXHT light source provides high intensity control along with a wavelength range of up to 220 nm. This allows users to confidently choose a range of wavelengths specifically needed for their experiment. Furthermore, the system features three main output wavebands covering a full range of visible light, along with UV-A and UVB radiation. LUMINEX LXHT is a high gear light source, providing excitation and emission spectra in the range of 350 - 850 nm. This apparatus offers an adjustable temperature range from 20-40°C with an internal service glass for superior temperature control. Moreover, users can also adjust the beam size depending on the requirements for the experiment. This lab equipment provides superior safety features such as an accumulation chamber and a DC 24V power supply. This ensures users are protected from electric shocks during use. Furthermore, the laboratory also has an adjustable air passage that supports proper air flow for better performance. In terms of accessories, LXHT is paired with an optical filter, an alignment tool, a diffuser and an integrating sphere. All of these components, along with the equipment's features and technical specifications, guarantee optimal light conditions for research applications.
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