手机薄膜激光切割机的应用

PI膜阐述：

PI膜又称聚酰亚胺膜。其主要成分是聚酰亚胺，是耐高温、稳定性好的薄膜之一。PI膜是一种广泛应用于电子产品领域的薄膜。颜色通常是棕色和黑色。PI膜粘合的热熔膜类型为PA和PES热熔膜。

激光器切割PI薄膜的优点，PCB/FPC等行业各种薄膜材料的切割：

（1）进口激光，无触点切割，切割质量高，热影响区小，可以忽略。

（2）双轴单轴自由切换，方便多种物料的切割；

（3）双端同步加工，提高切割效率；

（4）全自动视觉系统，定位自动定位，切割更精确；

（5）全自动进料与收料装置，节省人力，方便快捷。

Small laser die-cutting machines stand out in the modern processing industry with their unique characteristics. First of all, their most notable feature is high precision, which can achieve accurate die-cutting of tiny and complex graphics, ensure smooth product edges and precise dimensions, and meet high-precision processing requirements.

Secondly, small laser die-cutting machines have high-efficiency production capabilities. Laser technology greatly increases the die-cutting speed, while reducing the tool replacement and debugging time required for traditional die-cutting, thereby significantly improving production efficiency.

In addition, the equipment shows extremely high flexibility. It can not only process a variety of materials, such as paper, film, plastic, etc., but also easily adapt to materials of different thickness and hardness to meet diverse die-cutting needs.

Finally, the small laser die-cutting machine has a compact design, small footprint, easy installation and movement, and is particularly suitable for processing environments with limited space. At the same time, its intelligent operation interface makes the operation easier and reduces the difficulty of operation.

In summary, the small laser die-cutting machine has become an indispensable and important equipment in the modern processing industry with its high precision, high efficiency, high flexibility and compact design.

经过光纤输出准直聚集后，光纤激光器对焊件进行多面或多点焊接，具有光束质量好、光斑均匀细小、安装移动方便等优点。此外，聚集光束的焦表面浮动是由激光器热透镜效应引起的光束形式变化引起的，光纤传输后得到有效抑制，使焊接质量稳定，焊缝质量显著提高。全光纤的根底结构设计和坚固的金属外壳保证了这款结构紧凑的激光体系可以适用于在线工业生产环境，并对冲击、尘埃、震动及温度的大范围改动有较好的防护能力。常规激光器由镜头、激光棒、透镜等组成。与之不同的是，光纤激光器是一个集所有资料融为一体的设备。一条几米长的掺杂活性光纤替代了激光棒，其他组件也都由光纤器件代替，各部分紧密连接在一起，组成了一个激光谐振器。这种设计的直接优点是安装激光后不需要对位、校准和后续光学镜片的表面清洁，这意味着后期维护很少甚至不需要基础。

1.光纤激光器输出激光功率稳定、电光转换效率高达30％，是YAG转化效率的6-8倍;
2.光束质量优异，非高斯光，多模光纤传输；
3.光源寿命长、免维护；
4.即插即用设计，丰富的I/O口；
5.使用成本低，设备几乎无耗材，日常长达数万小时，免维护，减少停线调试成本；
6.寿命长，精度高，泵浦源使用寿命>10万小时。