莱蒙定制固定头模板机
中科院的订单对缝制要求极高，所缝制的特殊材料为4毫米厚的PVC 胶板，规格1300*900MM，要求针距达到1公分，要在材料边缘线5MM处缝纫保证缝制接口牢固可靠，昂贵的缝料，稍有闪失材料就要报废。这款机器要符合中科院高精度，大范围的要求，所以我们花了6个月的时间针对中科院特殊的工艺需求，把难题一一破解，实现了中科院该项目在缝纫细分领域里面的瓶颈技术。缝纫出来的产品应用在海拔两万米到四万米左右的临近空间太阳能飞行器的太阳电池安装接口。
莱蒙高定旋转头模板机
再一次根据中科院的科研任务需要，缝制飞艇用太阳电池组件接口。实现此类接口的加工存在很大的难度，经研究，我们在2017 年提供的3轴自动模板机基础上又研发了7轴的高定厚料旋转头模板机，机头可升降并无限度旋转实现无死角缝纫，缝纫范围更大（可达1500X1100MM）、精度更高（针距离分辨率0.05-20MM）、操作更加简便、自动化成度更高满足飞艇用太阳电池组件接口的缝制要求。
CAS COOPERATE WITH LEMAN
The order from the Chinese Academy of Sciences (CAS) requires a high precision of sewing. The special material to be sewn is a 4 mm thick PVC sheet with a gauge of 1300 *900 mm. The stitch length is required to reach 1 cm. The sewing must be done at 5 mm of the edge of the material to ensure that the sewing joint is strong and reliable, and the material is very expensive, the material will be write-off if false stitch. This machine needs to meet the high precision and wide range requirements of the Chinese Academy of Sciences, so we spent six months to solve the difficult problems one by one according to the special technologi-cal requirements of the Chinese Academy of Sciences, the bottleneck technology of the project in the field of sewing subdivision is realized. The sewn products are used in solar cell mounting interfaces for near space solar vehicles at altitudes of 20,000 to 40,000 meters.
2022,Leman Advanced customization rotating head template machine supplied to CAS again!
Once again, according to the needs of the Scientific Research Mission of the Chinese Academy of Sciences, sewing the interface of solar cell modules for airships. It is very difficult to realize the machining of such interface. After research, on the basis of the 3-axis automatic template machine provided in 2016, we have developed the 7-axis Advanced customization rotating head template machine. The head can lift and rotate ,sewing without dead angle for heavier material, more larger sewing size (up to 1500X1100MM),more higher precision can stitch 3mm near the pole edge,and need easier operation & higher automation to meet the sewing requirements of solar cell module interface for airship.
