LIA laser safety glasses with a green polycarbonate filter provide reliable protection with 51% VLT. CE certified, these glasses are available in a range of frame styles, including fit-over, wraparound, goggles, and pediatric frames, ensuring a secure and stylish fit for all users.
-
The LED405AM-Q is a 405nm fiber-coupled LED with a typical output of 8.0mW at 1400mA. Designed for optimal performance in demanding applications, it comes equipped with an SMA905 connector for easy integration into optical systems. -
The LED430AM-Q is a 430nm fiber-coupled LED delivering a typical output of 1.5mW at 500mA. It includes an SMA905 connector, making it ideal for precision optical systems and applications requiring compact and reliable light sources.
-
Royal blue fiber-coupled LED with nominal wavelength of 460nm and typical 8.0mW output power over a 600um core multimode fiber with SMA905 fiber connector. Widely used in spectroscopy, optogenetics, fluorescence excitation.
-
The LED470AM-Q is a 470nm fiber-coupled LED delivering a typical output of 8.0mW at 1000mA. With an SMA905 connector, it ensures high reliability and brightness, making it ideal for demanding optical and sensing applications.
-
Blue fiber-coupled LED with nominal wavelength of 500nm and typical 3.0mW output power over a 600um core multimode fiber with SMA905 fiber connector. Widely used in spectroscopy, optogenetics, fluorescence excitation.
-
Green fiber-coupled LED with nominal wavelength of 530nm and typical 5.0mW output power over a 600um core multimode fiber with SMA905 fiber connector. Widely used in spectroscopy, optogenetics, fluorescence excitation.
-
Lime fiber-coupled LED with nominal wavelength of 565nm and typical 5.0mW output power over a 600um core multimode fiber with SMA905 fiber connector. Widely used in spectroscopy, optogenetics, fluorescence excitation.
-
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.
-
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.
-
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.
-
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.
-
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.
-
Infrared fiber-coupled LED with nominal wavelength of 850nm and typical 8.0mW output power over a 600um core multimode fiber with SMA905 fiber connector. Widely used in spectroscopy, optogenetics, fluorescence excitation.
-
Infrared fiber-coupled LED with nominal wavelength of 880nm and typical 1.0mW output power over a 600um core multimode fiber with SMA905 fiber connector. Widely used in spectroscopy, optogenetics, fluorescence excitation.
-
Infrared fiber-coupled LED with nominal wavelength of 940nm and typical 4.0mW output power over a 600um core multimode fiber with SMA905 fiber connector. Widely used in spectroscopy, optogenetics, fluorescence excitation.
-
The LIS1024C12M917 is a high-resolution 1024x1 pixel near-infrared linear InGaAs image sensor (0.9–1.7µm) with >70% quantum efficiency, fast 22MHz readout, and integrated temperature sensor for SWIR imaging and spectroscopy applications. -
The LIS1024C12S917 is a high-resolution 1024x1 pixel near-infrared linear InGaAs image sensor (0.9–1.7µm) with >70% quantum efficiency, fast 22MHz readout, and integrated temperature sensor for SWIR imaging and spectroscopy applications.
