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Laser Components, a family-led global specialist in optical and optoelectronic solutions, has unveiled a tailored approach combining in-house manufacturing and customer-centric innovation to deliver precision laser components across the full spectrum. Featured on GoPhotonics, the company offers a diverse range of optics - from parabolic and Gaussian mirrors to adaptive elements - featuring industry-leading laser-induced damage thresholds and spectral coverage from UV to mid-IR. Riding on decades of innovation, laser components remains a trusted partner for bespoke photonics solutions, empowered by deep technical expertise and a global network of production and sales operations.

A-CUBE-Series: Silicon or InGaAs Avalanche Photodiode (APD) Modules

The A-CUBE-Series APD Modules are compact Silicon (400 nm - 1000 nm) or InGaAs (900 nm - 1700 nm) avalanche photodiode modules with high responsivity (up to 500 MV/W for Si, 94 MV/W for InGaAs) and low NEP (as low as 6 fW/rt(Hz) for Si, 32 fW/rt(Hz) for InGaAs). They offer bandwidths up to 240 MHz, peak sensitivities at 905 nm (Si) and 1550 nm (InGaAs), and active area options from 200 µm to 3 mm. Features include a matched preamplifier, integrated high-voltage supply, temperature compensation, RS-232 control, and optional fiber coupling. Powered by 12 V DC in a 40.6 mm x 40.6 mm x 52.6 mm housing, they suit applications like APD evaluation, LiDAR, range finding, optical communications, spectroscopy, fluorescence, and medical systems.

LC-LMD-515-07-01-TM-01: Green Dot Laser

The LC-LMD-515-07-01-TM-01 is a compact green dot laser module operating at 520 nm with an output power of 0.5 mW - 0.9 mW, 2 mrad beam divergence, and a beam spot size of up to 20 mm at 10 m. It supports PWM control from 100 kHz to 2000 kHz, features surge current protection, and integrates an auto power control (APC) IC for stable performance. Powered by 6 V DC and consuming less than 100 mA, the module measures just Ø3.31 mm x 12.8 mm, making it ideal for precision alignment, positioning, instrumentation, and other space-constrained photonics applications.

L2410D2020 | L24 Series: Quad Channel Lithium Tantalate Pyroelectric Detector

The L2410D2020 | L24 Series is a quad-channel lithium tantalate (LiTaO₃) pyroelectric detector covering the UV to LWIR range, offering 110,000 V/W responsivity and 6 x 10⁸ Jones detectivity (at 10 Hz). It features a 3.5 mm aperture, maximum noise density of 65 µV/rt(Hz), and 100 GΩ feedback resistance, operating in current mode with an integrated Op-Amp 7 and TFC via an optically blind element. Equipped with an organic black absorber, multiple filter options, and TEC mounting, it runs on ±2.5 V dual supply and comes in a TO-8 package (2 mm x 2 mm), making it suitable for NDIR gas analysis, flame detection, non-contact temperature measurement, flame control, and moisture monitoring.

905D3S3JT09X: Pulsed Laser Diode

The 905D3S3JT09X is a high-power pulsed laser diode with a 905 nm peak wavelength, 335 W output, and 5.5 nm spectral bandwidth. This triple-stack, multi-junction InGaAs/GaAs device offers over 98% polarization ratio, up to 9.8 W/A efficiency, and beam spreads of 11 deg (parallel) and 24 deg (perpendicular) at FWHM. It features a wavelength temperature coefficient of 0.28 nm/°C, 235 x 425 µm emitting area, 800 mA threshold current, 29.8 V forward voltage, and 40 A frequency modulation current. Housed in a hermetically sealed custom package, it is ideal for range finding, LiDAR, surveying, weapons simulation, ceilometers, optical triggers, and medical applications.

SPAD2L192: Solid-State CMOS Sensor

The SPAD2L192 is a solid-state CMOS sensor for Flash LiDAR applications. With a resolution of 192 x 2 pixels, the SPAD array offers very high sensitivity and high temporal resolution. The noise is below 50 cps. The in-pixel time-to-digital converter, which features a temporal resolution of 312.5 ps and a scale value of 1.28 μs, enables a nominal range of up to 192 m at a resolution of 4.7 cm. The distance measurement is based on the first-photon, direct ToF principle.

With its unique blend of craftsmanship, flexibility, and cutting-edge technology, laser components continues to set benchmarks in the photonics sector, ensuring every solution is not just delivered, but precisely engineered to meet the highest performance demands of modern applications.

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