LASOS Lasertechnik GmbH
5 products found

LASOS Lasertechnik GmbH products

Laser Modules

LASOS - Diode Pumped Solid State Laser

The LASOS DPSS-XP Laser Series represents a sophisticated line of diode-pumped solid-state lasers developed over two decades. This series offers a broad wavelength range from 473 nm to 640 nm, catering to a variety of application needs in fields such as microscopy, holography, bioanalytical research, and quantum technologies. These lasers are designed with a compact and robust structure, ensuring excellent beam quality and long-term stability. Integration is simplified with fully integrated control electronics, a computer interface, and a graphical user interface, making it suitable for OEM devices and lab applications. The lasers can be equipped with polarization-maintaining fiber coupling, and custom solutions are available upon request to meet specific application requirements. High mode purity makes these lasers particularly beneficial for interferometric and spectroscopic applications like Raman spectroscopy, emphasizing their versatility and reliability in high-precision scientific environments.

LASOS - Laser Diode Modules

The LASOS LDM-XT series represents the latest in laser diode module technology, providing a versatile solution tailored to meet specific customer requirements. These modules utilize a modular design, allowing for customization of optical and electronic properties, catering to both OEM components for instrumentation and standalone applications in scientific research. The robust yet compact housing ensures reliability and ease of setup, while intelligent control enhances accuracy. Modules are available in a free beam configuration or with a permanently aligned coupling to a single mode polarization-maintaining fiber, offering numerous options for jacket and connectors. Additional optomechanical components are available, such as precision fiber plugs and sockets, facilitating adjustment-free docking and efficient beam combining. Ideal for applications like microscopy, DNA sequencing, holography, and flow cytometry, the LDM-XT series promises a favorable price-performance balance.

Other Products

LASOS - Multi-Wavelength Laser Systems And Beam Combiner

Multi-wavelength Laser systems and beam combiner. Different designs for compact and flexible solutions. Benchtop devices and fully installable sub-systems. Free beam or fiber output. Different options for beam collimating and combining.

LASOS - Fiber Components & Standard Assembled Fibers

The use of optical fibers makes it possible to separate the laser and the point of application of the light. This enables the design of compact devices by housing the light source in a separate unit. Thermal management, for example, is also easier to handle and does not have to be implemented on the device itself. In addition, optical fibers allow systems with high stability as thermal or mechanical movements do not affect the light guided in the optical fiber. However, this high stability can only be achieved if the coupling of the light into the fiber and the coupling of the fiber to the device itself exhibit this stability.

LASOS - Ar-Ion Laser Modules for Multi-Wavelength Applications

LASOS Ar-Ion lasers are engineered to deliver exceptional performance across a spectrum from 454 nm to 514 nm, catering to single and multi-wavelength needs with output powers reaching up to 225 mW. Specifically designed for photo printing applications particularly in AGFA d-lab.2 and d-lab.3 printers, these lasers assure superior beam quality, pointing stability, and long-term reliability, while maintaining low noise levels. The internal mirror vacuum-sealed tubes incorporate an integrated resonator construction optimizing power stability and extending lifespan. These modules are compact and economically viable, offering a variety of cooling options and OEM power supplies that comply with European and American standards, including CDRH, IEC, CDA, CE, TÜV, and UL certifications. The lasers are versatile enough for various scientific and OEM applications such as confocal laser scanning microscopy, DNA sequencing, flow cytometry, and analytical chemistry, with optional fiber coupling and customizable solutions available.