（图片仅供参考）
Laser transmission welding joins two overlapping thermoplastic parts by passing a laser beam through a laser-transmissive upper part to a laser-absorbent lower part. The absorbed laser energy heats and melts the interface. Clamping 压力 熔融层熔合后，冷却即可形成牢固、洁净的焊缝。这种方法精确、非接触，且产生的热量极少。 压力 或颗粒物污染。建议在设置激光参数前进行快速塑料识别测试，因为吸收率取决于聚合物。
This technique relies on the different optical properties of the two plastics being joined. The upper layer must be transparent or translucent to the specific laser wavelength (e.g., near-infrared from a diode or Nd:YAG laser), while the lower layer must contain an absorbent additive, often carbon black or specialized dyes, to convert light energy into heat. The process is highly controllable, allowing for precise weld paths defined by the laser’s movement via robotics or scanner optics. The clamping force is critical to ensure good thermal contact and to forge the weld as the interface melts. This method produces aesthetically pleasing welds with no flash or particulate generation, making it ideal for medical and electronic applications where cleanliness is paramount.
存在不同的焊接方法，例如轮廓焊接（跟踪路径）、准同步焊接（快速多次扫描路径）和同步焊接（使用多束光束或掩模），这些方法在速度、灵活性和设备成本之间进行了权衡。焊接的成功取决于材料兼容性、吸收添加剂的浓度、激光功率、焊接速度和夹紧压力。
塑料的激光透射焊接
（如果日期未知或不相关，例如“流体力学”，则提供其显著出现的近似估计）
只有注册会员才能免费获得 100% 的全尺寸图片和下载。.
> 登录 <
