Hyper E640 LED Fluorescence Light Source

Four-channel broadband LED excitation for multi-channel fluorescence imaging

The Hyper E640 is a four-channel, direct-coupled LED illuminator designed for multi-channel fluorescence microscopy. It extends excitation coverage from 350 nm to 650 nm and combines four LED peaks with a 65 W power rating for general research microscopy and fluorescence imaging.

4

LED channels

350–650 nm

Effective wavelength range

65 W

Power consumption

At a glance: Select the configuration according to your microscope’s optical interface, fluorescence channels and application. Excitation requires compatible microscope filters and fluorophores.

Features and system integration

Four excitation channels

The E640 provides excitation peaks at 365 nm, 460 nm, 560 nm and 630 nm. The four-channel arrangement supports multi-channel fluorescence work across ultraviolet, blue, green and red excitation bands. Compatible fluorophores and microscope filter sets should be selected for the experiment.

Direct-coupled microscope integration

The direct-coupled configuration keeps the illumination path compact. Confirm the microscope’s illumination port and optical interface before ordering to ensure the light source can be connected correctly.

Designed for general research use

The wider 350–650 nm effective range makes the E640 suitable for multi-channel imaging and general research microscopy where several excitation bands are required.

Technical specifications

Model	Hyper E640
Light source	LED
LED channels	4
LED excitation peaks	365 / 460 / 560 / 630 nm
Effective wavelength range	350–650 nm
Power consumption	65 W
Coupling	Direct
Expected LED life	Up to 25,000 hours

Typical applications

Multi-channel fluorescence imaging
General research microscopy
Compatible microscope upgrades

Check microscope compatibility

To check suitability, provide your microscope make and model, illumination port or adapter details, the fluorescence channels you use and the filter-cube specifications. This helps confirm the optical connection and excitation coverage before purchase.