Characterization of 3D printed Metal parts Properties

CGL制造有限公司为越野和建筑行业提供机械加工，焊接，制造，装配和配套服务。为了在当今的全球市场上竞争，制造业正积极努力**提高制造过程在成本、质量和环境影响方面的效率；**通过投资开发先进的制造战略和技术。增材制造技术（AM）通过缩短设计和生产周期，使制造商能够绕过许多传统的制造程序。增材制造还拥有快速制造直接可用部件或产品的能力。** AM工艺尚处于起步阶段，仍然需要从不同角度进行更多分析。增材制造零件质量和增材制造工艺参数优化仍需进一步研究和分析，以表征其性能，提高其效率和经济可行性。在这个项目中，CGL将与圭尔夫大学先进制造实验室的Deiab**教授合作，研究使用增材制造技术对新产品进行快速原型制作**和对现有产品进行设计修改的可行性。

CGL Manufacturing Ltd. provides machining, welding, fabrication, assembly, and kitting services to the off-road**and construction industry. To compete in todays global market, the manufacturing sector is vigorously working**on enhancing the efficiency of manufacturing processes in terms of cost, quality, and environmental impact;**through investments in developing advanced manufacturing strategies and technologies. Additive manufacturing**technologies (AM) enable manufacturers to bypass many traditional manufacturing procedures by shortening the**design and production cycle. AM also boasts the ability for fast fabrication of direct usable parts or products.**Being in its infancy, more analysis from different perspectives is still needed for AM processes. AM parts quality**and AM process parameters optimization still require further research and analysis to characterize their**properties, and enhance its efficiency and economic viability. In this project CGL will work with Professor Deiab**from the Advanced Manufacturing Lab at the University of Guelph to examine the feasibility of rapid prototyping**of new products and design revisions of existing products using AM.