Industrial and market opportunities in hybrid additive manufacturing

IF 2.4 Q2 ENGINEERING, MULTIDISCIPLINARY
Soni Kumari, K. Abhishek, Din Bandhu, Pardeep, B. Sunil, Manish Gupta
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Abstract

In the realm of manufacturing, the use of hybrid manufacturing has led to high-speed production by combining additive manufacturing (AM) with other digitally driven manufacturing machines. Despite its rapid growth over the past decade, the acceptance of hybrid AM within the industry has been limited due to various constraints. To achieve industrial acceptance, it is necessary to address the challenges and limitations of AM. As an effort to mitigate environmental concerns, manufacturers have recently started to explore integrating additional and secondary production methods into their manufacturing processes. Integrated production solutions have shown promise in overcoming present-day barriers in production systems by utilizing the best available integration technology. In this context, this article focuses on three critical points in the manufacturing sector. First, recent developments in the integration of AM processes have been significant. Second, integrated technical planning has been improved, which is essential for the successful implementation of hybrid manufacturing. Finally, there is a growing need to understand the mixed supplement production industry that combines both traditional and AM techniques. Thus, it is essential to emphasize advances in AM processes, integrated technical planning, and mixed supplement production industry to meet the demands of a rapidly evolving manufacturing sector.
混合增材制造的工业和市场机会
在制造领域,混合制造的使用通过将增材制造(AM)与其他数字驱动的制造机器相结合,实现了高速生产。尽管在过去十年中增长迅速,但由于各种限制,行业内对混合增材制造的接受程度有限。为了实现工业接受,有必要解决增材制造的挑战和局限性。为了减轻对环境的担忧,制造商最近开始探索将额外的和二次的生产方法整合到他们的制造过程中。集成生产解决方案通过利用最好的可用集成技术,在克服当今生产系统中的障碍方面显示出了希望。在此背景下,本文主要关注制造业的三个关键点。首先,最近在AM工艺集成方面的发展是显著的。二是提高了集成技术规划水平,这是成功实施混合制造的关键。最后,越来越需要了解结合传统和增材制造技术的混合补充剂生产行业。因此,必须强调增材制造工艺、综合技术规划和混合补充生产行业的进步,以满足快速发展的制造业的需求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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