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The PDA4-85B14G is a low dark current, low capacitance 1x4 GaAs PIN photodiode chip array designed for high-speed 14Gb/s optical data transmission. Ideal for telecom and data communication applications, it ensures reliable and efficient performance in multi-channel systems. -
The PDA4-85A56G is a low dark current, low capacitance 1x4 GaAs PIN photodiode chip array designed for high-speed 56Gb/s PAM4 (28Gbd) optical data transmission. Ideal for telecom and data communication applications, it ensures reliable and efficient performance in multi-channel systems. -
The PDA4-85A2G is a 1x4 GaAs PIN photodiode chip array supporting 2.5/3.125Gbps speeds. Designed for fiber optic data communication, it features low dark current, low capacitance, and two top-side wire bond pads per channel for efficient and reliable performance. -
The PDA4-85A25G is a 1x4 GaAs PIN photodiode chip array, capable of 25Gb/s high-speed optical data transmission. Ideal for advanced telecom and data communication applications, it provides superior performance and reliability for multi-channel systems. -
The PDA4-85A14G is a low dark current, low capacitance 1x4 GaAs PIN photodiode chip array designed for high-speed 14Gb/s optical data transmission. Ideal for telecom and data communication applications, it ensures reliable and efficient performance in multi-channel systems. -
The PDA4-85A112G is a low dark current, low capacitance 1x4 GaAs PIN photodiode chip array designed for high-speed 112Gb/s PAM4 (56Gbd) optical data transmission. Ideal for telecom and data communication applications, it ensures reliable and efficient performance in multi-channel systems. -
25Gbps InGaAs PIN photodiode chip in 1×4 array configuration, featuring high responsivity at 1310nm, low capacitance, and low dark current for high-speed fiber optic applications. -
High speed InGaAs photodiode chip in 1x4 array form with bandwidth >1.5GHz designed for use in fiber optic data communication applications. -
The PDA12-85A2G is a low dark current and low capacitance 1x12 GaAs PIN photodiode chip array supporting speeds of 2.5/3.125Gbps. Perfect for telecom and data communication systems, it delivers reliable performance in high-speed multi-channel optical transmission. -
High speed, high responsivity at 1310nm/1550nm, Analog InGaAs PIN photodiodes designed for analog optical links with bandwidth from DC to 2.5GHz. -
Lasermate offers high speed, high responsivity Analog InGaAs PIN photodiodes designed for analog optical links with bandwidth up to 2.5GHz. -
The Lasermate PDA-A13A3-5G is an analog InGaAs photodetector with a semiconductor optimized for bandwidth from DC to 5GHz. It is perfect for high-speed applications and multi-channel CATV systems, offering reliable performance and precision. -
PBG laser safety glasses with an orange polycarbonate filter offer reliable protection with 49% VLT. CE certified and ANSI Z136.1 compliant, these glasses come in multiple frame styles, including fit-over, wraparound, goggles, and pediatric frames, ensuring a secure and stylish fit for all users. -
The Fiber Optic Diode Laser and LED Light Source is a handy instrument that provides several wavelengths for testing the fiber equipment in an optical network and FTTx construction. -
ND20 laser safety glasses offer reliable protection with a grey polycarbonate lens providing 20% VLT, meeting ANSI Z136.1 standards. Available in a variety of frame styles, including fit-over, wraparound, goggles, and pediatric frames, ensuring a comfortable and stylish fit for every user. -
ND10 laser safety glasses provide excellent protection with a grey polycarbonate lens offering 10% VLT, meeting ANSI Z136.1 standards. Available in multiple frame styles, including fit-over, wraparound, goggles, and pediatric frames, ensuring a secure and comfortable fit for every face. -
ND1 laser safety glasses feature a grey polycarbonate filter with 1% VLT for effective laser protection, adhering to ANSI Z136.1 standards. Available in a wide range of frame styles, including fit-over, wraparound, goggles, and pediatric options, to ensure a secure and comfortable fit for all users.
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Free space output dual wavelength lasers in the UV-Visible-IR range
Applications: Life sciences, Fluorescence, Spectral analysis, Optogenetics, Scientific research, Medical treatment, OEM field, Multimedia entertainment -
- Violet, Blue, Green Red, and IR output wavelengths
- ⌀20 mm housing
- IP67, water and dust resistant
- Supply voltage 5-30VDC
- Modulation up to 100kHz
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- 405nm, 520nm, 637nm, 660nm, 785nm, 808nm wavelength options
- ⌀19 mm compact housing
- Fine focusing, Output power up to 180mW
- Focus adjustable
- Modulation up to 10kHz
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- 405nm, 450nm, 635nm, 637nm, 655nm wavelength options
- ⌀18 mm compact housing
- Linear beam profile
- Operating voltage 3VDC or 6VDC
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- 405nm, 635nm, 637nm, 640nm, 642nm wavelength options
- ⌀12mm housing diameter
- Ultra-compact design and easy operation
- Wide operating voltage 5-12VDC
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The MPO 12F Tester is a particularly useful tool designed for checking the defects of a MPO arrayed fiber cable or MPO connector, emitting visible 650nm visible red laser light through fiber optic cables and creating a bright glow around the faulty area. -
Mode-locked picosecond pulsed laser at 1064nm
Applications: Laser seed source, Nonlinear optics, Spectrum analysis, Photonic crystal micro processing, Optical film micro processing -
Mode-locked picosecond pulsed lasers up to 8000mW
Applications: Laser medical treatment, Industrial processing -
MLA laser safety glasses with a blue/green polycarbonate filter offer reliable protection with 26% VLT. CE certified and ANSI Z136.1 compliant, these glasses come in a variety of frame styles, including fit-over, wraparound, goggles, and pediatric frames, ensuring a secure and stylish fit for all users. -
ML3 laser safety glasses with a blue polycarbonate filter provide reliable protection with 16% VLT. CE certified and ANSI Z136.1 compliant, these glasses come in a variety of frame styles, including fit-over, wraparound, goggles, and pediatric frames, ensuring a perfect fit for every user. -
ML1 laser safety glasses with a green polycarbonate filter provide reliable protection with 45% VLT. CE certified and ANSI Z136.1 compliant, these glasses are available in a variety of frame styles, including fit-over, wraparound, goggles, and pediatric frames, ensuring a secure and stylish fit for all users. -
Fiber coupled multi-line laser up to 4 wavelengths with single mode fiber coupling
Applications: Fluorescence microscopy, Flow cytometry, Confocal microscopy, Optogenetics, Live-cell imaging, Light sheet microscopy -
- 940nm wavelength range
- Integrated diffractive optical element (DOE)
- 30,000-random dot pattern, FOV: 80° x 50.5°
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- 940nm wavelength range
- Integrated diffractive optical element (DOE)
- 61,000-random dot pattern, FOV: 68° x 48.5°
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- 940nm wavelength range
- Integrated diffractive optical element (DOE)
- 38,000-random dot pattern, FOV: 68° x 48.5°
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- 940nm wavelength range
- Integrated diffractive optical element (DOE) laser module
- 30,000-random dot pattern, FOV: 70o x 55.4o
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- 940nm wavelength range
- Integrated diffractive optical element (DOE) laser module
- 15,000-random dot pattern, FOV: 70° x 55.4°
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- 850nm wavelength range
- Integrated diffractive optical element (DOE) laser module
- 30,000-random dot pattern, FOV: 80° x 64.4°
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- 850nm wavelength range
- Integrated diffractive optical element (DOE)
- 30,000-random dot pattern, FOV: 67.7° x 53.4°
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- 850nm infrared laser module
- Integrated diffractive optical element (DOE) laser module
- 10,000-random dot pattern, FOV: 80° x 64.4° (H x V)
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- 850nm wavelength range
- Integrated diffractive optical element (DOE) laser module
- 5,000-random dot pattern, FOV: 50° x 38° (H x V)
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- 850nm wavelength range
- Integrated diffractive optical element (DOE) laser module
- 30,000-random dot pattern, FOV: 59° x 46° (H x V)
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- 850nm infrared laser module
- Integrated diffractive optical element (DOE) laser module
- 10,000-random dot pattern, FOV: 59° x 46° (H x V)
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The MDOE830B200R303 is a cutting-edge Structured Light Laser Module with a wavelength of 830nm. Featuring 30,000 random dots, it delivers high-accuracy performance for 3D scanning, depth sensing, and other precision measurement tasks. Ideal for advanced industrial and research applications. -
The MDOE830A200R303 is a high-performance Structured Light Laser Module operating at 830nm. It features 30,000 random dots for precise 3D scanning and depth sensing, making it ideal for applications requiring accuracy and reliability in measurements. -
The MDOE830A200R153 is a structured light laser module with an 830nm wavelength, generating 15,000 random dots for enhanced accuracy in 3D scanning, machine vision, and industrial applications. Designed by Lasermate, it ensures high precision and reliability in demanding environments. -
- Red 650nm laser module
- Integrated diffractive optical element (DOE)
- 30,000-random dots pattern
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- Red 650nm laser module
- Integrated diffractive optical element (DOE)
- 10,000-random dots pattern
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Precision crosshair laser diode module (635–980nm) with DC-jack connector, 0.5" housing, APC, adjustable power and focus, and ultra-fine 0.25mm pitch for accurate alignment. -
The LXG Series high performance laser diode modules operate from 635nm to 980nm, featuring an elliptical beam, focus adjustability, and soft-start protection. Designed with a compact ⌀0.5in housing and DC-Jack connector for convenient integration in precision applications. -
The LXC Series laser diode modules deliver high performance with a circular beam profile across 635–980nm wavelengths. Housed in a compact ⌀0.5in case, they feature an adjustable focus, DC-Jack connector, and soft-start protection for enhanced reliability. -
LUT laser safety glasses with a blue polycarbonate filter offer reliable protection with 12% VLT. CE certified and ANSI Z136.1 compliant, these glasses come in a variety of frame styles, including fit-over, wraparound, goggles, and pediatric frames, ensuring a perfect fit for every user. -
Crosshair laser diode module (635–980nm) with 0.5" housing and green LED safety indicator, designed for accurate alignment and industrial use. -
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.
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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. -
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. -
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.
Lasermate Group, Inc.
19608 Camino De Rosa
Walnut, CA 91789
USA
Customer Care
Contact Us
Sales: sales@lasermate.com
Technical Support: support@lasermate.com
Call us at (909) 718-0999
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