Scientific CW laser for OEM systems
A scientific continuous-wave (CW) laser is a precision light source designed for integration into research instruments and OEM platforms. It provides stable, controllable optical output for applications that require continuous excitation, long measurement times, and high reproducibility, such as spectroscopy, microscopy, and analytical instrumentation. Key parameters including wavelength, output power, and beam quality are precisely controlled and remain stable over time. This ensures reproducible results and reliable comparison between measurements, which is essential for quantitative analysis and long-term experiments. For OEM systems, scientific CW lasers are engineered with compact form factors, robust mechanical design, and standardized electrical and optical interfaces. High wavelength stability, low intensity noise, and reliable long-term operation make them well suited for continuous operation in automated instruments and industrial research environments. Scientific CW OEM lasers support both fundamental research and applied development by providing a stable and scalable foundation for advanced optical measurements and integrated analytical systems.
Raman Spectroscopy and Microscopy
Photolithography and Microfabrication
Nonlinear Optics and Frequency Conversion
Ultrafast Time-Resolved Spectroscopy
Surface and Thin-Film Analysis
Academic and Industrial Research
OEM Integration for Analytical Instruments
Scientific laser technology made in Germany – trusted by researchers worldwide
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Technology, Performance and OEM integration
A scientific continuous-wave (CW) laser delivers stable optical output with excellent beam quality and precise wavelength control. It is ideally suited for applications requiring continuous excitation and long measurement times, such as spectroscopy, microscopy, and analytical instrumentation. Available wavelengths from the UV to the near-infrared enable flexible use across a wide range of materials and measurement techniques. Stable performance is essential for reliable results. Scientific CW lasers from RGB Lasersystems are designed for low noise, high wavelength stability, and effective thermal management. Robust mechanical and electronic design ensures consistent operation, even under varying environmental conditions and during extended runtimes. To meet advanced application requirements, tailored CW laser solutions are available. Options such as fiber coupling, power stabilization, polarization control, and customized beam delivery allow seamless integration into complex optical setups. Our CW laser modules are optimized for OEM integration, offering compact form factors, modular configuration, standardized interfaces, and full software control. Through our global network of partners and distributors, RGB Lasersystems supplies scientific and OEM customers worldwide, supporting scalable solutions and long-term system integration.
Expertise for our customers
Your Expert Partner for Scientific Laser Systems
Choosing a scientific laser from RGB Lasersystems means working with a partner who understands the demands of advanced research. We combine technical expertise with a clear focus on practical usability.
Our systems are designed to perform reliably under real-world conditions. You receive solutions that match your exact requirements – flexible, precise, and ready for integration. We support you from planning to implementation, ensuring that your laser fits seamlessly into your setup.
By investing in a scientific laser from RGB, you choose long-term stability, trusted performance, and a team committed to your success.
- extraordinary high value to price ratio
- precise creation and detection of light
- free of charge control software with each laser
- highly customizable module lineup
Monitor and control all essential device parameters with Ltune
Our software lets you choose between various modulation modes (if available), on demand services and calibration options.
What people are saying about us and our awesome products
Reliable and Precise
Reliable and Precise
“It´s amazing how reliable and precise these miniaturized Laser systems operate. Especially in such a challenging field as Raman spectroscopy, which is our main research topic.”
Reliable and Precise
“It´s amazing how reliable and precise these miniaturized Laser systems operate. Especially in such a challenging field as Raman spectroscopy, which is our main research topic.”
Reliable and precise
“It´s amazing how reliable and precise these miniaturized Laser systems operate. Especially in such a challenging field as Raman spectroscopy, which is our main research topic.”
Perfect customized light source
“With the Lambda Beam laser module RGB Lasersystems provided us a perfect customized wavelength-tunable light source for our photo-ionization setup.”
“It´s amazing how reliable and precise these miniaturized Laser systems operate. Especially in such a challenging field as Raman spectroscopy, which is our main research topic.”