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GoPhotonics features a broad portfolio of advanced Laser systems engineered to deliver stable optical output, wavelength precision, and integration-ready performance across near-infrared and mid-infrared applications. Spanning nanosecond-pulsed DPSS lasers, narrow-linewidth telecom modules, high-power Er:YSGG lasers, broadband test sources, and compact fiber lasers, the featured technologies support applications in LiDAR, sensing, communications, industrial processing, medical systems, and optical testing.

KAUKAS 3_OEM: 1534 nm DPSS Laser by RPMC Lasers

The KAUKAS 3_OEM from RPMC Lasers is a compact nanosecond-pulsed DPSS laser operating at an eye-safe wavelength of 1534 nm. Delivering pulse energies exceeding 3 mJ with pulse widths below 8 ns, the laser combines high peak pulse energy with a TEM₀₀ spatial mode for controlled beam quality. Designed in an ultra-compact, rugged low-SWaP format, it supports integration into portable and OEM systems. Its ability to operate from single-shot to 1 Hz repetition rates makes it suitable for LiDAR, laser ranging, LIBS, metrology, and instrumentation applications where eye safety and pulse energy are critical.

PL-NLWM-1550-B-2-PA-C-M: Narrow Linewidth Single-Frequency Laser Module by LD-PD

The PL-NLWM-1550-B-2-PA-C-M from LD-PD is a narrow-linewidth single-frequency laser module engineered for coherent sensing and telecom applications. Operating across 1525 nm to 1565 nm and 1617 nm ITU grid wavelengths, it offers output powers up to 60 mW with linewidths below 5 kHz and frequency stability under 3 MHz. Fast tuning over 5 GHz, high side-mode suppression, and low relative intensity noise enhance spectral precision and signal integrity. Supporting PM Panda fiber, RS-232 control, and Telcordia GR-468 compliance, the module is well suited for LiDAR, resonant fiber optic gyros, distributed fiber sensing, coherent communications, hydrophones, and scientific research.

100 W Diode Pumped 2.78 µm Er:YSGG Laser:  Mid-IR Laser by 3µm Laser Technology

The 100 W Diode Pumped 2.78 µm Er:YSGG Laser from 3µm Laser Technology is a high-power pulsed mid-infrared source developed for medical and industrial precision applications. Operating at 2.78 µm, the laser delivers up to 100 W average power and 4 kW peak power with pulse durations from 100 µs to 1000 µs. A top-hat beam profile and configurable pulse energy up to 4 J support controlled energy deposition with reduced thermal impact. Its monolithic compact package enables deployment in systems for microsurgery, dentistry, precise bone cutting, dermatology, tattoo removal, glass cutting, and pumping MWIR Fe:ZnSe lasers and optical parametric oscillators.

TBS-CL: Broadband Laser Source by BKtel Photonics

The TBS-CL from BKtel Photonics is a continuous-wave laser source operating from 1529 nm to 1610 nm for optical testing and measurement applications. Delivering output powers from 13 dBm to 22 dBm with stable operation and integrated optical isolation, the laser supports FC/APC connectors and collimator configurations. RS-232 and I2C interfaces enable system-level control, while RoHS compliance and a compact 1.5 U form factor support laboratory and production environments. The laser is designed for optical test systems requiring stable broadband output and repeatable measurement conditions.

Laser-1102(MATRIQ): 850 nm Fiber Laser by Quantifi Photonics

The Laser-1102(MATRIQ) from Quantifi Photonics is an 850 nm multimode fiber laser platform designed for datacom and multimode fiber testing. Featuring up to four channels and smart calibration for improved inter-channel power uniformity, the system supports testing of multimode OM3 fiber links and SR4/SR8 datacom interconnects. USB, Ethernet, web-based GUI, and SCPI control options enable flexible integration into automated test environments. With selectable optical connectors and compact dimensions, the laser is intended for receiver responsivity testing, fiber link validation, and general-purpose multimode optical characterization.

From eye-safe LiDAR lasers and precision narrow-linewidth telecom sources to high-power mid-IR systems and datacom test platforms, GoPhotonics’ featured laser portfolio supports demanding optical applications across sensing, communications, scientific instrumentation, industrial processing, and medical technologies.

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