λ-Rapid Series High-Speed Scanning ASE-Free Tunable Diode Lasers

λ-Rapid Series high-speed Scanning ASE-Free Tunable Diode Lasers is a type of tunable laser with an external cavity design, which can be tuned without mode skipping over a wide spectral range, and can scan at a High rate while maintaining a narrow linewidth and high spectral purity. It is applicable to frequency-domain measurements such as OFDR, quantum experiments, optical communication tests and other fields.

900nm High-Performance Band Tunable Diode Laser

The 900nm High-Performance Band Tunable Diode Laser is a type of high-end tunable laser based on the Littman type external cavity design. It achieves wide-range mode-skipping tuning through precise mechanical rotation and has ultra-low ASE noise and extremely High spectral purity. It is applicable to fundamental research fields such as quantum optics, precision spectroscopy and atomic physics.

O‑Band 1310nm Fiber Laser

O-band 1310nm Fiber Laser is a type of fiber laser that uses praseodymium-doped or erbium-doped fibers as the gain medium and has an output wavelength within a specific Band range. With its excellent spectral purity and power stability, it has significant application value in fields such as optical communication system testing, optical fiber sensing, and coherent detection.

1550nm 200kHz FBG Single-Frequency Ultra-Narrow Linewidth Laser

1550nm 200kHz FBG Single-frequency Ultra-Narrow Linewidth Laser is a type of fiber Bragg grating (FBG) as the Frequency selection element to achieve Single longitudinal mode and ultra-narrow linewidth output. It is a high-performance light source with extremely low phase noise and high wavelength stability, which can be applied in optical measurement and detection, optical sensor applications, and high-precision OTDR applications.

3–3.4 μm Ultrafast broadband tunable mid-infrared fiber laser

A 3–3.4 μm ultrafast broadband tunable mid-infrared fiber laser is a type of ultrafast, broadband tunable mid-infrared fiber laser based on erbium-doped fluoride fiber.

2800±20 nm, 35 mW ，35 MHz Mid‑Infrared Ultrafast Fiber Pulsed Laser

The 2800±20 nm, 35 mW, 35 MHz mid-infrared ultrafast fiber pulsed laser is a mid-infrared ultrashort pulse fiber laser operating at the 2.8 μm wavelength band. Featuring femtosecond-level pulse duration, this all-fiber design offers high stability and maintenance-free operation, making it ideal for a wide range of scientific and industrial applications, including high-sensitivity molecular spectroscopy, nonlinear frequency conversion, and precision processing of biological tissues.

Stabiλaser 1542ε – Acetylene‑Stabilized Fiber Laser

The Stabiλaser 1542ε – Acetylene-Stabilized Fiber Laser is a 1542 nm fiber laser frequency-stabilized using the molecular transition line of acetylene, featuring an extremely narrow linewidth and excellent long-term frequency stability. It serves as a high-precision optical frequency standard and is widely used in advanced scientific research fields such as length metrology, precision spectroscopy, and quantum technologies.

350-950m Comblas-VIS Visible and Long-Wave Ultraviolet (UV‑A) Fiber Laser

The 350-950 nm Comblas-VIS Visible and Long-Wave Ultraviolet (UV-A) Fiber Laser is a fiber laser operating in the visible to near-ultraviolet spectral range, covering an ultra-wide bandwidth from 350 to 950 nm. Featuring frequency comb (frequencylocked) characteristics, it provides a highly stable coherent light source for cutting-edge research in precision spectroscopy, quantum control, and optical frequency metrology.