BWA-CAM
BWA-CAM®
The BWA-CAM is a precision measurement system for analyzing focused laser beam profiles along the propagation axis. Using a high-resolution camera and automated translation stage, it captures and reconstructs the beam waist, divergence, and M² value with high accuracy. Compatible with a wide range of wavelengths and power levels, the BWA-CAM is ideal for laser alignment, process optimization, and research applications.
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The BWA-CAM system supports a range of configuration options to handle different attenuation levels, beam sizes, and power levels. These components are offered separately from the base unit and are built to align with the specific requirements of each application. Because these configurations are not off-the-shelf, they are developed to suit the specifications of your laser setup. The BWA-CAM can be used on its own or combined with the appropriate modules for expanded capability.
Overview & Specifications
The Haas Laser Technologies BWA-MON Fiber Input Configuration is designed to measure a laser beam directly out of the laser fiber. It provides a means to measure the laser beam together with the fiber. The configuration shown above includes attenuation, focusing optics and mechanics to align and calibrate the system.
Overview & Specifications
While Laser Additive Manufacturing is now capable of providing high quality components, many processes must also comply to DOD and FDA standards. This starts with traceable laser beam measurement and certification before, during and after the manufacturing process The Beam Waist Analyzer Camera (BWA-CAM) for 3D Additive manufacturing enables “real-time” laser beam measurement with “no moveable parts” for analysis and monitoring of high power CW and pulsed lasers. The above 3D Additive Manufacturing modular configuration includes the following technologies:
Overview & Specifications
The Haas Laser Technologies BWA-MON Collimated Input Configuration is designed to measure a laser beam directly out of the laser or directly from a beam expander from a fiber delivered laser. It provides a means to directly measure the laser beam. The configuration shown to the left includes attenuation, focusing optics and mechanics to align and calibrate the system.
Overview & Specifications
The Haas Laser Technologies BWA-MON Post Focus Input Configuration is designed to measure a laser beam directly out of the laser process head. It provides a means to measure the laser beam together with all the optics in the system. The configuration shown to the left includes attenuation, focusing optics and mechanics to align and calibrate the system.
Overview & Specifications
The Haas Laser Technologies BWA-MON Focused Input Configuration is designed to measure a laser beam directly out of the laser. It provides a means to measure the laser beam directly without additional optics. The configuration shown to the left includes attenuation optics and mechanics to align and calibrate the system.
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