Micro Laser Modules For a wide range of applications Customized with precise alignment, adaptable wavelength and power. Your Benefits  Customized to your application: Selected laser sources and wavelengths  Experienced partner: Decades of experience in dealing with micro-optical and mechanical systems  Single partner: From design to prototyping to volume production, entire process under one roof  Operational excellence: Most recent technologies from adhesive bonding to alignment Laser Module with free space propagation Technology Expertise  Free space beam shaping  Single-mode or multi-mode fiber coupling  Active polarization alignment  Light combining with color coordinate control  Adhesive bonding of active and passive electro-optical and optical components  Active positioning and bonding of optical components  Power control by closed loop architecture Micro Laser Module fiber-coupled FISBA AG 9016 St.Gallen, Switzerland FISBA Photonics GmbH 12489 Berlin, Germany FISBA LLC Tucson, AZ 85712, United States Microscopy Flow Cytometry Holography Head-up Displays FISBA (Shanghai) Co., Ltd. Shanghai City, 200120 China

Micro Laser Modules Example technical specifications for RGBeam-Laser Free space propagation (FS) Optical parameters Laser source Typical wavelength (RGB) Single-mode optical fiber (SM) Laser class Numerical aperture Typical optical power from fiber end (r/g/b) Typical optical power from output beam Spot diameter at 1m distance 1/e² Typical beam divergence approximately Beam alignment accuracy Electrical parameters Free space propagation (FS) Single-mode optical fiber (SM) Dimensions length x width x height excl. FCB Operating temperature Fiber connector Fiber type Single-mode or single-mode...