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Guangzhou Laite Optoelectronic Technology Co., Ltd
ZEISS Discovery. V8 Stereo Microscope Fluorescence Module Accessories
NegotiableUpdate on 01/15
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Overview
As the core upgraded component of the ZEISS Discovery. V16 stereomicroscope, the ZEISS Discovery. V8 fluorescence module accessory provides an efficient and stable fluorescence imaging solution for scientific research observation and precision detection through the deep integration of electric control and excellent light source technology. Its core advantages are mainly reflected in the two core characteristics of electrically controlled fluorescent channel conversion and high-performance LED light source, which are suitable for precise observation needs in multiple fields such as life sciences and material testing.
Product Details
ZEISS Discovery. V8 Stereo Microscope Fluorescence Module AccessoriesAs the core upgraded component of ZEISS DiscoveryV16 stereomicroscope, this LED fluorescent accessory provides an efficient and stable fluorescence imaging solution for scientific observation and precision detection through the deep integration of electric control and LED light source technology. Its core advantages are mainly reflected in the two core characteristics of electrically controlled fluorescent channel conversion and high-performance LED light source, which are suitable for precise observation needs in multiple fields such as life sciences and material testing.
The electrically controlled fluorescence channel conversion technology has achieved an intelligent upgrade of the observation process, eliminating the tedious operation and positioning deviation of traditional manual switching. Through dedicated control modules or software linkage, multi-channel precise switching can be quickly completed, with fast switching response and excellent positioning accuracy, effectively avoiding optical path disturbance and signal deviation caused by manual operation, ensuring the continuity and accuracy of multi band fluorescence signal observation. At the same time, it supports channel parameter memory function, can preset common observation modes, and can be called with one click without repeated debugging, greatly improving observation efficiency, especially suitable for multi sample batch detection and long-term continuous observation scenarios.
High performance LED light sources provide stable and reliable excitation guarantees for fluorescence imaging. Using high-purity LED light-emitting chips, the fluorescence band is precisely controllable and can be matched with commonly used fluorescent markers such as DAPI, GFP, Cy3, etc. The excitation efficiency is high and the background interference is extremely low, helping to clearly capture weak fluorescence signals. Compared to traditional light sources, LED light sources have a longer service life, do not require frequent replacement of consumables, and are designed as cold light sources with extremely low heat emissions, effectively avoiding damage to samples due to temperature rise. They are particularly suitable for long-term observation of living cells, sensitive materials, and other samples. In addition, the brightness of the light source supports stepless and precise adjustment, which can be flexibly adapted according to the fluorescence intensity of the sample, avoiding fluorescence quenching caused by excessive excitation, ensuring imaging quality while extending the sample observation period.
ZEISS Discovery. V8 Stereo Microscope Fluorescence Module AccessoriesAdopting modular design, seamless adaptation with ZEISS DiscoveryV16 stereo microscope, easy installation without complex modifications. The overall structure is lightweight and stable, without affecting the original operating accuracy of the microscope. Combined with the high numerical aperture optical system of the microscope, it can achieve bright fluorescence imaging under a large field of view, balancing macroscopic observation and detail capture. Whether it is pattern bioimaging in the biomedical field, tissue sectioning observation, or micro defect detection in the industrial field, they can all provide users with excellent fluorescence observation experience with their efficient and stable performance.
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