Fiber Laser Systems for Science & Precision Photonics
Single-frequency, narrow-linewidth, single-mode and DUV fiber laser systems from 248 nm to 2.1 µm for spectroscopy, quantum optics, sensing and precision photonics.
Single-Frequency Fiber Lasers
Single-frequency and narrow-linewidth CW fiber laser systems for spectroscopy, quantum optics, metrology, sensing and other precision-photonics applications. Explore the full product family to compare wavelength regions, configurations and Optromix models.
Models: SFYS · SFYX · SFYSM · SFES · SFEX · SFEXM · SFTS · SFTX · DSYL · DSEL · DSTL
1 µm Ytterbium — turn-key and OEM single-frequency platforms
1.5 µm Erbium — narrow-linewidth single-frequency platforms
Visible wavelengths — frequency-doubled systems around 780 nm and 515–556 nm
Single-Mode Fiber Lasers
Narrow-linewidth single-mode fiber laser platforms in the 1 µm and 1.5 µm regions as well as their modifications with the second harmonic generation for scientific and precision-photonics applications.
PMYL / SMYL PMEL / SMEL DPML / DSML
DUV Fiber Lasers
Deep-ultraviolet fiber laser systems for demanding scientific and photonic applications, including the QSYL DUV platform.
Fiber Amplifiers
Specialized fiber amplifier solutions for wavelength-specific laser systems and integration into precision photonics setups.
SFYA SFEA DSYA DSEA
Popular laser categories
These links provide direct access to high-intent categories. Detailed product lists and comparisons remain on the Single-Frequency and dedicated category pages rather than being duplicated on the homepage.
Precision laser systems built around the application
Optromix develops ready-made and special-purpose fiber laser systems for researchers, scientific groups and precision photonics projects. Product families encompass single-frequency, single-mode, DUV and amplifier platforms with application-specific configurations.
Custom Laser Solutions
Configurations developed around wavelength, output and experimental requirements.
Designed for Science
Laser systems for spectroscopy, sensing, metrology and quantum research.
Compact Platforms
Benchtop and module configurations for laboratory and integrated systems.
Wavelength Control
Thermal and piezo tuning options across key Optromix product families.
Fiber Lasers for Precision Photonics
Optromix single-frequency and specialty fiber lasers are used in research fields where spectral purity, wavelength stability and reliable CW operation are important.
Atomic Cooling & Trapping
Stable narrow-linewidth sources for atomic physics experiments.
High-Resolution Spectroscopy
Single-frequency sources for narrow optical transitions and precision measurements.
Interferometry
Coherent laser platforms for precision optical measurement systems.
Quantum Optics
Laser systems for research setups requiring stable frequency and beam quality.
Optical Sensing
Narrow-linewidth CW sources for sensing and monitoring architectures.
Metrology
Stable wavelength sources for high-precision optical instrumentation.
FBG Applications
DUV laser systems for fiber Bragg grating related applications.
Scientific Integration
OEM and custom configurations for integration into research equipment.
Fiber Laser Platforms for Precision Applications
Optromix combines fiber-laser architectures and technologies, wavelength control, amplification and frequency conversion to build laser platforms for scientific and precision-photonics tasks. Detailed technology information is presented within the relevant product family and product pages.
Narrow-linewidth CW platforms
1 µm, 1.5 µm systems and their SHG versions
Visible, UV and DUV wavelength platforms
Module and system configurations
Advanced Fiber Laser Line
Optromix develops and manufactures advanced fiber laser systems and amplifiers using proprietary laser technologies. The company focuses on high beam quality fiber lasers, wavelength-tunable systems and special-purpose solutions for research and precision applications.
Customers can select from established laser platforms or discuss configurations tailored to wavelength, output, integration and application requirements.
Narrow-linewidth CW fiber laser systems
1 µm and 1.5 µm platforms and their SHG versions
Deep-ultraviolet fiber laser systems
Modules and application-specific configurations