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SFL7000

Product catalog summary

Introduction
The document introduces the latest illumination technology for fluorescence microscopy by Leica Microsystems, focusing on the SFL100, SFL4000, and SFL7000 models. These innovations aim to replace outdated mercury burners and improve image quality across various scientific fields.

SFL100 Features
The SFL100 is designed for efficiency in pathology, cytology, and microbiology. Key features include:

Adjustable light intensity for optimal image quality.
470 nm excitation suitable for FITC applications.
LED lifetime of 10,000 hours, reducing maintenance and costs.
Compact design without a ballast, saving lab space.
Easy operation with no need for centration.
Compatibility with all fluorescence-equipped microscopes.
Low power consumption, making it environmentally and budget-friendly.

SFL4000 Features
The SFL4000 is tailored for high-end fluorescence microscopy, offering:

Five powerful, combinable LED modules.
Direct adaptation to microscopes without light loss.
Specific excitation of fluorochromes with one wavelength.
Capability for multi-color experiments.
Reduced specimen damage and better quantification.

SFL7000 Features
The SFL7000 is ideal for high-speed applications, particularly live cell experiments, with benefits such as:

Full software integration with switching times under 1 ms.
Real-time synchronization with other experiment components.
Protection for sample material through real-time on/off switching.
Combination with standard light sources for defined wavelengths.

Conclusion
Leica Microsystems' new LED illumination technologies, including the SFL100, SFL4000, and SFL7000, offer advanced solutions for fluorescence microscopy, enhancing efficiency, image quality, and operational ease across various research applications.

Catalog excerpts

Leica SFL100, 4000 & 7000 The Latest Illumination Technology for all Areas of Fluorescence Microscopy

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New Experience in Fluore Treading new paths in clinical ﬂuorescence microscopy The age of expensive mercury burners, which were awkward to center and always failed at the wrong moment, is ﬁnally over. Also the compromises that had to be made in image quality. To boost the efﬁciency of ﬂuorescence microscopy in pathology, cytology, microbiology and many other ﬁelds, there is a new solution developed by Leica Microsystems: SFL100. This compact and attractively priced ﬂuorescence illumination makes light work of FITC applications as used in immunohistochemistry, for example. Key advantages of the...

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rescence Microscopy State-of-the-art technology in ﬂuorescence microscopy LEDs for high-end ﬂuorescence microscopy? What used to be a deﬁnite no-no is now ideal for almost all applications imaginable thanks to today’s high-performance LED technology. For modern ﬂuorescence microscopy in cell biology, neurobiology and imaging facilities, the Leica SFL4000 is the new solution. Right from the start, working with this ﬂexible and powerful ﬂuorescence illumination is inspiring. And it remains efﬁcient, and very pleasant too for 10,000 hours of guaranteed lifetime. Key advantages of the Leica SFL4000:...

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State-of-the-art Illumination Technology in Fluorescence Microscopy The new Leica SFL7000 LED illumination is the perfect solution for high-speed applications. Fast live cell experiments in particular beneﬁt from the full software integration and the precise real-time synchronization. The new LED light source can be precisely adjusted or switched on and off in less than 1 ms – always synchronized with other components of the high-speed experiment. The Leica SFL7000 therefore opens up completely new avenues in cell research. Leica Microsystems‘ new SmartTouch concept is used to control the new...

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