Institute Of Precision Engineering Develops Laser Pointer Products
With that in mind. The Fraunhofer Institute of Applied Optics and Precision Engineering, Germany, has developed a laser pointer product. It is fixed on a ring beam and the fiber is processed through a 360 ° entry angle. The ring design is made by the patented Axicon splicing technology. The front-mounted electric telescope can adjust the size and thickness of the ring to improve process flexibility. Also. The angle of incidence of the laser pointer can also be changed dynamically to achieve the best heating performance.
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For example, the laser pointer beam can be focused into a ring shape. For end cap splicing. Or focus on the side of the fiber. For fiber-to-fiber splicing, tapering, or manufacturing fiber composites. Advantages can be realized through a variety of special applications. A new fiber-optic sensor was previously developed in cooperation with the Swedish Institute and the Swedish police. In this project funded by a Swedish government agency. The goal of each partner is to build a laser pointers fiber optic sensor. Used to detect trace gases at crime or accident scenes. Currently, police dogs are the most effective way to detect these gases.
Various lasers have a key switch locking mechanism. However, it cannot be opened unless the key is connected and activated (even with a rechargeable battery).
2020-02-27 06:00:48
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