Versatile Incoherent Light Sources for Diverse Applications
Incoherent Light Sources produce light that does not have a fixed phase relationship between its components, making them ideal for a variety of applications where coherent light is not required. These sources are commonly used in applications such as general illumination, imaging systems, and optical testing. Our range of incoherent light sources provides broad wavelength coverage and reliable performance, catering to both scientific research and industrial needs.
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Green dot circle light-emitting diode (LED) at 525nm wavelength in 3522 SMD package ideal for point source and sensors application. -
Green dot light-emitting diode (LED) at 525nm wavelength in frameless 2121 SMD package ideal for point source and sensors application.
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Infrared fiber-coupled LED with nominal wavelength of 1550nm and typical 1.0mW output power over a 600um core multimode fiber with SMA905 fiber connector. Widely used in spectroscopy, optogenetics, fluorescence excitation. This part is obsolete. -
Red fiber-coupled LED with nominal wavelength of 625nm and typical 5.0mW output power over a 600um core multimode fiber with SMA905 fiber connector. Widely used in spectroscopy, optogenetics, fluorescence excitation.
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850nm wavelength, resonant cavity light emitting diode (RCLED) chip with 128um emitting diameter. Designed for data link communication, sensors and industrial application. -
The RCLC-65A155M is a resonant cavity light emitting diode chip operating at 650nm designed for POF data communication. -
The RCLC-65A50 is a resonant cavity light emitting diode chip operating at 650nm with 50um emitting diameter used for sensors and industrial application. -
The RCLC-65A30 is a resonant cavity light emitting diode chip operating at 650nm with 30um emitting diameter used for sensors and industrial application. -
The RCLC-65A25 is a resonant cavity light emitting diode chip operating at 650nm with 25um emitting diameter used for sensors and industrial application. -
Infrared light-emitting diode (LED) at 850nm wavelength in miniature SMD package molded in water clear plastic with spherical top view lens. The device is spectrally matched with silicon photodiode and phototransistor. -
Amber fiber-coupled LED with nominal wavelength of 600nm and typical 3.0mW output power over a 600um core multimode fiber with SMA905 fiber connector. Widely used in spectroscopy, optogenetics, fluorescence excitation.
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Red fiber-coupled LED with nominal wavelength of 620nm and typical 6.0mW output power over a 600um core multimode fiber with SMA905 fiber connector. Widely used in spectroscopy, optogenetics, fluorescence excitation.
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UV fiber-coupled LED with nominal wavelength of 405nm and typical 8.0mW output power over a 600um core multimode fiber with SMA905 fiber connector. Widely used in spectroscopy, optogenetics, fluorescence excitation.
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Deep red fiber-coupled LED with nominal wavelength of 660nm and typical 5.0mW output power over a 600um core multimode fiber with SMA905 fiber connector. Widely used in spectroscopy, optogenetics, fluorescence excitation.
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Violet fiber-coupled LED with nominal wavelength of 430nm and typical 1.5mW output power over a 600um core multimode fiber with SMA905 fiber connector. Widely used in spectroscopy, optogenetics, fluorescence excitation.
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Far red fiber-coupled LED with nominal wavelength of 730nm and typical 5.0mW output power over a 600um core multimode fiber with SMA905 fiber connector. Widely used in spectroscopy, optogenetics, fluorescence excitation.
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Infrared fiber-coupled LED with nominal wavelength of 808nm and typical 2.5mW output power over a 600um core multimode fiber with SMA905 fiber connector. Widely used in spectroscopy, optogenetics, fluorescence excitation. This part is obsolete.
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Lasermate Group, Inc. offers multi-wavelength fiber coupled light-emitting diodes (LEDs) in the UV-Visible-IR spectral range. The fiber coupled LED modules feature stable output intensity, long operating lifetime, and high power. They are widely used in spectroscopy, optogenetics, fluorescence excitation and many other applications.
