Science and Research Photonics
In photonics research, precision, stability, and reproducibility are crucial for gaining new insights. Whether in basic research, applied physics, materials science, or medicine - modern research environments rely on complex optical systems to drive technological innovation. The success of scientific photonics projects depends largely on the quality of the optical components used. Sophisticated experimental setups, prototypes, and OEM developments often require custom-designed photonic solutions.
LASER COMPONENTS supports research institutes and developers as a technology partner with a broad portfolio of optical, fiber-optic, and optoelectronic components. These are designed for complex measurement and laser systems and cover a wide wavelength spectrum from ultraviolet (UV) to infrared (IR).
Select Your Application
In the world's major laboratories, powerful lasers are used for more than just basic research.
Click here
Reliable Photonics Solutions
for Science and Research
- LASER COMPONENTS offers a broad product portfolio for research. This includes detectors, emitters, optical fibers, and high-end laser optics with dielectric coatings with optimal transmission and reflection values.
- The product engineers at LASER COMPONENTS assist scientists and developers in selecting and adapting suitable components for a wide variety of experimental setups and performance requirements. From specification to implementation in our production facilities, everything is handled from a single source.
- LASER COMPONENTS has many years of experience in the development and manufacture of optics with particularly high damage thresholds, precise coatings, and stable beam guidance for optics in high-power laser systems.
- Many research applications require the detection of extremely weak signals. This is where detectors with high sensitivity and low noise come into play. The LASER COMPONENTS portfolio includes, among other things, avalanche photodiodes (APDs), Single Photon Counters and IR detectors, which are particularly well-suited for precise measurements and demanding laboratory environments.
- LASER COMPONENTS considers itself not only a supplier of components, but also a long-term technology and research partner. This approach results in photonics-based solutions that meet the high demands of modern science - today in research institutions and tomorrow in industrial or medical applications.
Applications
Laser Research
High-power and ultrashort-pulse lasers are required for laser research, placing the high demand on optical, fiber-optic, and optoelectronic components. Low losses, high damage thresholds (LIDT), and stable beam guidance are crucial for achieving reproducible results. LASER COMPONENTS supports research institutes with precision-coated laser and fiber optics, highly sensitive detectors, and custom-designed laser diodes. Through customized adaptations, our components can be precisely tailored to complex experimental setups.
Quantum Research
Collaboration with LASER COMPONENTS provides research institutes with access to high-precision photonic components for quantum research. This includes the development of sensitive photodetectors for single photon counting modules as well as low-loss IBS thin-film coatings. The company supports the transition from experimental setups to stable, reproducible systems and contributes to the optimization of optical components in applications such as quantum communication and quantum sensing.
Material Analysis
Accurately determining the composition and properties of various substances through material analysis is often done through IR spectroscopy. This requires precisely specified emitters, detectors, and optics that reliably cover defined wavelength ranges. LASER COMPONENTS offers components ranging from the UV to the IR spectrum that enable high spectral selectivity. This allows even complex materials to be reliably analyzed in research and development.
Gas Analysis
Measurement techniques such as NDIR (non-dispersive infrared absorption) and TDLS (tunable diode laser spectroscopy) are used in gas analysis to accurately detect gas components and concentrations. These methods require precise alignment of the light source, filter, and detector with specific absorption lines. LASER COMPONENTS provides suitable components for this purpose that offer high sensitivity and long-term stability. This is decisive for applications in environmental, climate, and process research.
LiDAR
Precise distance, velocity, and atmospheric measurements all depend on LiDAR systems that combine accurate timing, stable laser sources, and reliable detection of weak return signals. LASER COMPONENTS supplies emitters, detectors, and optics specifically tailored to these requirements. Both pulsed laser diodes (PLDs) and APDs manufactured by LASER COMPONENTS are particularly well suited for LiDAR systems. This enables the development of high-performance LiDAR systems for demanding research applications.
Laser Sensors
The combination of laser emitters and detectors results in laser sensors, an essential tool for non-contact measurement of distances, positions, or movements in scientific experimental setups. They rely on the sophisticated combination of laser emitters and detectors. LASER COMPONENTS assists researchers in selecting the right components and enables precisely tailored designs for specific measurement tasks. This provides a high flexibility for customized research applications.
Contact us
What kind of Product do you Require?
Contact us now!
Get Insights
Product Selection
LASER COMPONENTS Germany - Your competent partner for optical and optoelectronic components in Germany.
Welcome to LASER COMPONENTS Germany GmbH, your expert for photonics components. Each product in our wide range of detectors, laser diodes, laser modules, optics, fiber optics, and more is worth every Euro (€/EUR). Our customized solutions cover all conceivable areas of application: from sensor technology to medical technology. You can reach us here:
Werner-von-Siemens-Str. 15
82140 Olching
Deutschland
Phone: +49 8142 2864-0
Email: info(at)
