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.
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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.
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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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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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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 850nm 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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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.
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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.
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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.
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The LIS1024M12M917 is a high-performance 1024x1 near-infrared InGaAs linear image sensor (0.9–1.7µm) with a metal DIP package, embedded TEC, >70% quantum efficiency, and dual 22MHz outputs for advanced SWIR imaging and spectral applications. -
The LIS1024M12S917 is a high-performance 1024x1 near-infrared InGaAs linear image sensor (0.9–1.7µm) with a metal DIP package, embedded TEC, >70% quantum efficiency, and dual 22MHz outputs for advanced SWIR imaging and spectral applications.
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The LIS2048M12S917 is a 2048x1 near-infrared InGaAs linear image sensor (0.9–1.7µm) featuring a metal DIP package, embedded TEC, high quantum efficiency, and 8 parallel outputs for advanced SWIR imaging and spectral analysis. -
The LIS512C25L917 is a 512x1 pixel near-infrared linear InGaAs image sensor featuring high quantum efficiency, built-in temperature sensor, and fast 22MHz readout. Perfect for spectroscopy, SWIR imaging, and industrial inspection. -
The LIS512C25M917 is a 512x1 pixel near-infrared linear InGaAs image sensor featuring high quantum efficiency, built-in temperature sensor, and fast 22MHz readout. Perfect for spectroscopy, SWIR imaging, and industrial inspection.
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The LIS512C25S917 is a 512x1 pixel near-infrared linear InGaAs image sensor featuring high quantum efficiency, built-in temperature sensor, and fast 22MHz readout. Perfect for spectroscopy, SWIR imaging, and industrial inspection.
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The LIS512M25L917 is a 512x1 pixel near-infrared linear InGaAs image sensor with high quantum efficiency, fast 22MHz readout, and built-in temperature monitoring. Perfect for SWIR imaging, semiconductor inspection, and spectrophotometry. -
The LIS512M25M917 is a 512x1 pixel near-infrared linear InGaAs image sensor with high quantum efficiency, fast 22MHz readout, and built-in temperature monitoring. Perfect for SWIR imaging, semiconductor inspection, and spectrophotometry.
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The LIS512M25S917 is a 512x1 pixel near-infrared linear InGaAs image sensor with high quantum efficiency, fast 22MHz readout, and built-in temperature monitoring. Perfect for SWIR imaging, semiconductor inspection, and spectrophotometry.
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Focus-adjustable 635–980nm laser diode module with elliptical beam in a rugged 12mm housing, featuring wide operating voltage for versatile, durable applications. -
The LJP-T Series Prime Laser Diode Modules offer TTL modulation up to 100kHz and an elliptical beam profile across 635–980nm. Designed in a compact, rugged ⌀12mm housing with adjustable focus, they’re ideal for space-constrained or demanding environments requiring high performance and reliability. -
Compact 650nm laser diode module with elliptical beam and 9mm housing, designed for applications needing focused red laser output in a small form factor. -
SPOTLITE Missile 5-in-1 Keychain Laser Pointer- Wonderful laser pointer with keychain
- Lightweight, compact design, can fit in pocket
- Comes with 4 interchangeable pattern tips
- Available in black or silver, with gold head and bottom
- Used for presentations and instruction
- Projects red dot up to 150 feet
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SPOTLITE Missile Keychain Laser Pointer- Wonderful laser pointer with keychain
- Lightweight, compact design, can fit in pocket
- Available in black or silver, with gold head and bottom
- Used for presentations and instruction
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Laser sight designed to mount at the trigger guard of pistols, with universal mount, pad switch- Includes mount and batteries
- Laser Class: IIIa
- Size: ø15.9mm x L.46.8mm
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Laser sight designed for pistols with tactical slide, using 2 x L1154 batteries, pad switch- Includes mount and batteries
- Laser Class: IIIa
- Size: ø15.9mm x L. 37.5mm
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Laser sight designed for pistols with tactical slide, with 2 super bright blue LEDs, pad switch- Includes mount and batteries
- Laser Class: IIIa
- Size: 28mm (H) x 18.7mm (W) x 44mm (L)
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Laser sight designed to mount at trigger guard of pistols, with universal mount, On-off switch- Includes mount and batteries
- Laser Class: IIIa
- Size: 43.5mm (H) x 28mm (W) x 33mm (L)
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Miniature 635–980nm laser diode module with elliptical beam and adjustable focus option in a compact 8mm housing, ideal for precise, space-limited applications. -
The LTC Series high-performance laser diode modules feature 635–980nm wavelengths, a circular beam, compact ⌀0.5in housing, adjustable focus, and an integrated LED indicator—ideal for precise alignment and industrial integration. -
The LTC-A24 Series laser diode modules offer 24-28VDC operation with wavelengths from 635nm to 980nm. Featuring a circular beam, ⌀0.5" compact housing, and adjustable focus, they are ideal for alignment, sensing, and industrial applications. -
The LTC-T Series delivers high performance laser diode modules with TTL modulation up to 100kHz and a precise circular beam over 635–980nm. Designed with a ⌀0.5in housing, adjustable focus, and ultra-fine 0.25mm pitch, these modules offer exceptional beam control for precision applications. -
The LTG Series laser diode modules deliver high performance across 635–980nm wavelengths with an elliptical beam profile. Featuring a ⌀0.5in housing, adjustable focus, and built-in LED indicator, they’re ideal for precision applications requiring clear beam visibility and easy setup.
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The LTG-A24 Series laser diode modules support 24–28VDC input and offer a high-performance elliptical beam across 635–980nm wavelengths. Housed in a compact ⌀0.5″ case with adjustable focus, they are ideal for industrial and precision alignment tasks.
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The LTG-T Series high performance laser diode modules offer TTL modulation up to 100kHz and an elliptical beam profile over 635–980nm. Featuring a compact ⌀0.5in housing, ultra-fine 0.25mm pitch for precision focus adjustment, and adjustable focus, they’re ideal for demanding applications requiring speed and accuracy.
