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Scientific Research Hyper Series

Scientific Research Hyper Series

Hyper E600

手機版替代圖
Hyper E600

YODN Hyper E600.  The illuminator equips the best LED light engine, produces spectrums that can fulfill most of the research lighting demands with its wide-field spectrums design methodology.  Regardless you are a researcher or a microscoplist, Hyper E600 helps you conduct your works easily in an energy efficient way.  YODN Hyper E600 illuminator successfully adapts the latest LED technology, remarkably produces spectrums from 350 nm to 700 nm, a true wide-field illuminator that can support different fluorescence excitation, such as DAPI, GFP/FITC, mCherry/Texas Red, Cy5, and more.  Both manual and automatic digital programming control are seamlessly integrated in Hyper E600, offer the users easy, yet flexible operation options.  Better yet, the LED technology long life characteristic makes Hyper E600 an almost maintenance free equipment (you still need to clean the surface once a while), no more light bulb changes.  YODN Hyper E600 is the best choice for fluorescence microscope researches.

 

Upcoming Product : 2020 / April

yodn_hyper_e600_en_200120.pdf

KEY FEATURES

BENEFITS

LED Light Source 

 Ecofriendly design, Long Life, Instant on/off, Stable Light Output,

and free from light bulb change.   

Broadband Spectrum

Broadband Spectrum (350nm – 700nm)

Sufficient to use in all research occasions related to fluorescence, such as DAPI, GFP/FITC, mCherry/Texas Red, and Cy5 excitation.

Simple Operation User Interface

Easy operation and programmable.

Low photo-bleaching rate

LED cold light used; increase the fluorescence cell sample survival rate.

Custom Designed Thermal System for LED Light Engine

Custom designed thermal system effectively control the light engine/illuminator at the best operation temperature ensure the illuminator performs at best conditions.

Support multiple digital control interface The illuminator is designed to fit in the most research occasions, which equips with multiple digital control interfaces, such as USB and TTL. Users can easily switch between manual control or auto program operation.
Support remote off-site control

The users can use the USB interface or TTL to connect the illuminator with a personal computer, and observe the research progress in a remote location.

TTL: ON/OFF (BNC)

PC control (µManager): ON/OFF, 10% intensity adjustment (USB B-type)