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Optical design of laser transmission system

机译:激光传输系统的光学设计

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Abstract: This paper discusses a design of optical transfer system used in carbon-dioxide laser therapeutic machine. The design of this system is according to the requirement of the therapeutic machine. The therapeutic machine requires the movement of laser transfer system is similar to the movement of human beings arms, which possesses 7 rotating hinges. We use optical hinges, which is composed of 45 degree mirrors. Because the carbon-dioxide laser mode is not good, light beam diameter at focus and divergence angle dissemination are big, we use a collecting lens at the transfer system output part in order to make the light beam diameter at focus in 0.2 to approximately 0.3 mm. For whole system the focus off-axis error is less than 0.5 mm, the transfer power consumption is smaller than 10%. The system can move in three dimension space freely and satisfies the therapeutic machine requirement. !0
机译:摘要:本文讨论了用于二氧化碳激光治疗仪的光学传输系统的设计。该系统的设计根据治疗机的要求而定。该治疗仪需要激光传输系统的运动类似于人类手臂的运动,该运动具有7个旋转铰链。我们使用由45度反射镜组成的光学铰链。由于二氧化碳激光的模式不好,聚焦时的光束直径和发散角扩散较大,因此在传输系统输出部分使用聚光镜,以使聚焦时的光束直径在0.2至0.3 mm左右。对于整个系统,聚焦离轴误差小于0.5 mm,传输功率消耗小于10%。该系统可以在三维空间中自由移动并满足治疗机的要求。 !0

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