Precise material processing and medical applications in the 2-µm range with the SF 1900-2100 nm fiber laser

The SF 1900 - 2100 nm fiber laser from AdValue Photonics has been specially developed for applications in which the special absorption properties of materials such as plastics, silicon, certain organic substances and selected metals are used. Due to the strong interaction in the spectral range around 2 µm, this laser is ideal for precise material processing, semiconductor processing and minimally invasive medical procedures. In industry, it impresses with its high efficiency, and in research with its precise, reproducible results.

Technical features and configuration options

The SF 1900 - 2100 nm is available both as a narrow-band seed laser and in combination with a powerful fiber amplifier. The central emission wavelength can be tuned to the respective application in the range from 1900 to 2100 nm and is then permanently set. For particularly flexible applications, an optional narrow-band tuning over 0.3 nm is also available, which enables precise adaptation to specific process requirements.

Advantages of the SF 1900 - 2100 nm

Thanks to the high beam quality and the ability to adapt the wavelength to the respective target material, the laser achieves optimum energy transfer. This results in clean cuts, minimal thermal influence and maximum process control. The fiber-based architecture ensures a compact design, long service life and high reliability, even during continuous operation in demanding environments.

Areas of application

The SF 1900 - 2100 nm fiber laser is widely used in plastics processing, particularly for precision cutting and welding, in semiconductor production for structuring sensitive materials and in medical technology for minimally invasive procedures where gentle, controlled tissue interaction is required. Thanks to the adaptability of the wavelength, the laser can also be used for special research projects in materials science and photonics.

Contact and advice

For further technical details and individual advice on your project, we will be happy to put together a customized offer for you. Visit our product page or find further technical information on lasers in the 2-µm range at SPIE - The International Society for Optics and Photonics.