375nm-1550nm Highly Stabilized Compact Laser System

This is a high wavelength stability compact laser system suitable for Raman spectroscopy and high-resolution applications. The system provides exceptionally stable single-mode laser emission with a coherence length of up to 10m, a typical side mode suppression ratio of 40dB, and wavelength stability better than 0.015nm. It is available in several standard output power versions: 75mW, 100mW, 175mW, 225mW, and 500mW. Customization based on wavelength or output power is also available upon request.

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405nm-976nm Highly Stabilized Compact Wavelength-Locked Laser System HiRes

This is a high wavelength stability compact laser system suitable for Raman spectroscopy and high-resolution applications. The system provides exceptionally stable single-mode laser emission with a coherence length of up to 10m, a typical side mode suppression ratio of 40dB, and wavelength stability better than 0.015nm. It is available in several standard output power versions: 75mW, 100mW, 175mW, 225mW, and 500mW. Customization based on wavelength or output power is also available upon request.

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857nm 200mW DPSS NIR Single Frequency Laser

689/698/813/857nm lasers are specifically designed for deployment in systems utilizing rubidium transitions. With outstanding beam characteristics, ultra-stable output, and an ultra-compact package, they are ideal for demanding applications requiring these wavelengths.

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780nm 400mW DPSS NIR Single Frequency Laser

689/698/813/857nm lasers are specifically designed for deployment in systems utilizing rubidium transitions. With outstanding beam characteristics, ultra-stable output, and an ultra-compact package, they are ideal for demanding applications requiring these wavelengths.

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780nm 200mW NIR DPSS Single Frequency Laser

The 780nm Single frequency DPSS NIR laser is specifically designed for deployment in systems utilizing rubidium transitions. With outstanding beam characteristics, ultra-stable output, and an ultra-compact package, the 780 is ideal for demanding applications requiring 780 nm wavelength.

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698nm 200mW DPSS NIR Single Frequency Laser

689/698/813/857nm lasers are specifically designed for deployment in systems utilizing rubidium transitions. With outstanding beam characteristics, ultra-stable output, and an ultra-compact package, they are ideal for demanding applications requiring these wavelengths.

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1550nm 20mW Fiber-Copuled Diode(Wavelength Stability Type)

The fiber-coupled diode features high coupling efficiency, stable laser output, compact design, and a wide selection of wavelengths. It is widely used in fiber optic communications, laser medical treatment, material processing, sensors, and other fields.

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1550nm 20mW Fiber-Copuled Diode(Standard Type)

The fiber-coupled diode features high coupling efficiency, stable laser output, compact design, and a wide selection of wavelengths. It is widely used in fiber optic communications, laser medical treatment, material processing, sensors, and other fields.

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780nm 20mW Fiber-Copuled Diode(Wavelength Stability Type)

The fiber-coupled diode features high coupling efficiency, stable laser output, compact design, and a wide selection of wavelengths. It is widely used in fiber optic communications, laser medical treatment, material processing, sensors, and other fields.

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689nm 50mW DPSS NIR Single Frequency Laser

689/698/813/857nm lasers are specifically designed for deployment in systems utilizing rubidium transitions. With outstanding beam characteristics, ultra-stable output, and an ultra-compact package, they are ideal for demanding applications requiring these wavelengths.

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780nm 20mW Fiber-Copuled Diode(Standard Type)

The fiber-coupled diode features high coupling efficiency, stable laser output, compact design, and a wide selection of wavelengths. It is widely used in fiber optic communications, laser medical treatment, material processing, sensors, and other fields.

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1310nm 30mW PM Comb Laser Diode

A comb laser is a light source whose spectrum consists of equally spaced lines, each line corresponding to a longitudinal cavity mode. The emitted spectrum also shares a singular frequency. What distinguishes a comb laser is the number of its lines and their excellent individual temporal stability. Thanks to these features, our comb laser can be used as a high-precision, low-noise optical frequency comb generator (OFC), enabling you to measure unknown frequencies or tune a laser to match a specific frequency. Based on these characteristics, our comb laser is particularly useful in data communication and telecommunications applications. Comb Laser – An excellent solution for optical communications.

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