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Continued Development of Automated, In-Situ Processing for Thermoplastic Composite Structures and Components

机译:用于热塑性复合结构和部件的自动化,原位加工的持续发展

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For a number of years, Automated Dynamics Corp. (ADC) has been developing robotic, in-situ processing of fiber reinforced thermoplastic tape. This development was initially done solely for military applications, but as material prices dropped and processing technology matured, the process has found its place in a number of commercial markets. Some of these markets include industrial rolls & shafts and piping. A major limitation associated with this material and process has been its high cost relative to lower performance thermoset resins and their corresponding processing methods. Recent, ongoing research has shown promise in the area of development of customized composite materials that offer characteristics that enhance the capabilities of in-situ processing. These custom materials offer in-situ processing improved part properties with substantial decreases in processing cost. This translates to increased feasibility for the use of in-situ processing of thermoplastic composites for a much larger variety of demanding commercial applications.
机译:多年来,自动动态公司(ADC)一直在开发纤维增强热塑性带的机器人原位加工。这一发展最初是仅适用于军事应用,但随着物料价格下降和加工技术成熟,该过程已在许多商业市场中找到了它的位置。其中一些市场包括工业辊和轴和管道。与该材料和工艺相关的主要限制是其相对于较低的性能热固性树脂的高成本及其相应的加工方法。最近,正在进行的研究表明,在定制的复合材料的开发领域已经提供了提高原位加工能力的特征的承诺。这些定制材料提供原位加工改进的部分性能,加工成本的实质性降低。这转化为使用原位加工热塑性复合材料的可行性增加,以实现更大的苛刻的商业应用。

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