富士重工业对飞机用的复合材料制作工程不用蒸压罐而利用超声波对复合材料进行加热、成形、硬化的工程方式实用化为目标。把树脂浸在石墨材料中,对变成加热硬化产品的复合材料的成形,因加热工程需要时间、对技术方面的要求也困难,该社对这项工程不使用蒸压罐,而利用超声波得到完全均匀的加热、硬化组织,在日本首次用试样开发成功了。今后,大量生产技术如果确立,复合材料自动化制作也将成为可能。对 Fuji Heavy Industries aircraft for the composite material production project without the use of autoclave ultrasonic composite materials for heating, forming, hardening of the practical engineering as the goal. Immersing the resin in the graphite material and forming the composite material into the heat-cured product requires time for the heating process, and the technical requirements are also difficult. The company does not use an autoclave for the project but uses the ultrasonic wave to obtain Completely uniform heating, hardening of the tissue, for the first time in Japan with the successful development of the sample. In the future, mass production technology, if established, the automation of composite materials will also be possible. Correct