SPIE - Education Additive Manufacturing of Metals €“ Powder Bed Fusion and Directed Energy Deposition SC1237

Description
Additive manufacturing (AM) is rapidly being adopted by industry as a means to fabricate once-impossible components in a matter of days and weeks rather than months. This course presents the key elements of powder bed fusion and directed energy deposition AM. With a focus on these two, most popular AM processes, the course will first guide the audience though the digital thread for component fabrication, then to the consequences of hardware implementations and the effects of post-processing on part quality. In-process sensing and post-process non-destructive evaluation methods will also be covered. Audience members will leave with a high-level understanding of the technology and an appreciation for the many benefits and challenges of metals additive manufacturing. Additive manufacturing (AM) is rapidly being adopted by industry as a means to fabricate once-impossible components in a matter of days-weeks rather than months. This course presents the key elements of powder bed fusion and directed energy deposition AM. With a focus on the these two, most popular, AM processes, the course will first guide the audience though the digital thread for component fabrication, then to the consequences of hardware implementations, and the effects of post-processing on part quality. In-process sensing and post-process non-destructive evaluation methods will also be covered. Audience members will leave with a high-level understanding of the technology and an appreciation for the many benefits and challenges of metals additive manufacturing.
Description
Additive manufacturing (AM) is rapidly being adopted by industry as a means to fabricate once-impossible components in a matter of days and weeks rather than months. This course presents the key elements of powder bed fusion and directed energy deposition AM. With a focus on these two, most popular AM processes, the course will first guide the audience though the digital thread for component fabrication, then to the consequences of hardware implementations and the effects of post-processing on part quality. In-process sensing and post-process non-destructive evaluation methods will also be covered. Audience members will leave with a high-level understanding of the technology and an appreciation for the many benefits and challenges of metals additive manufacturing. Additive manufacturing (AM) is rapidly being adopted by industry as a means to fabricate once-impossible components in a matter of days-weeks rather than months. This course presents the key elements of powder bed fusion and directed energy deposition AM. With a focus on the these two, most popular, AM processes, the course will first guide the audience though the digital thread for component fabrication, then to the consequences of hardware implementations, and the effects of post-processing on part quality. In-process sensing and post-process non-destructive evaluation methods will also be covered. Audience members will leave with a high-level understanding of the technology and an appreciation for the many benefits and challenges of metals additive manufacturing.

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Additive Manufacturing of Metals €“ Powder Bed Fusion and Directed Energy Deposition - SC1237 - SPIE - Education
Bellingham, WA, USA
Additive Manufacturing of Metals €“ Powder Bed Fusion and Directed Energy Deposition
SC1237
Additive Manufacturing of Metals €“ Powder Bed Fusion and Directed Energy Deposition SC1237
Additive manufacturing (AM) is rapidly being adopted by industry as a means to fabricate once-impossible components in a matter of days and weeks rather than months. This course presents the key elements of powder bed fusion and directed energy deposition AM. With a focus on these two, most popular AM processes, the course will first guide the audience though the digital thread for component fabrication, then to the consequences of hardware implementations and the effects of post-processing on part quality. In-process sensing and post-process non-destructive evaluation methods will also be covered. Audience members will leave with a high-level understanding of the technology and an appreciation for the many benefits and challenges of metals additive manufacturing. Additive manufacturing (AM) is rapidly being adopted by industry as a means to fabricate once-impossible components in a matter of days-weeks rather than months. This course presents the key elements of powder bed fusion and directed energy deposition AM. With a focus on the these two, most popular, AM processes, the course will first guide the audience though the digital thread for component fabrication, then to the consequences of hardware implementations, and the effects of post-processing on part quality. In-process sensing and post-process non-destructive evaluation methods will also be covered. Audience members will leave with a high-level understanding of the technology and an appreciation for the many benefits and challenges of metals additive manufacturing.

Additive manufacturing (AM) is rapidly being adopted by industry as a means to fabricate once-impossible components in a matter of days and weeks rather than months. This course presents the key elements of powder bed fusion and directed energy deposition AM. With a focus on these two, most popular AM processes, the course will first guide the audience though the digital thread for component fabrication, then to the consequences of hardware implementations and the effects of post-processing on part quality. In-process sensing and post-process non-destructive evaluation methods will also be covered. Audience members will leave with a high-level understanding of the technology and an appreciation for the many benefits and challenges of metals additive manufacturing. Additive manufacturing (AM) is rapidly being adopted by industry as a means to fabricate once-impossible components in a matter of days-weeks rather than months. This course presents the key elements of powder bed fusion and directed energy deposition AM. With a focus on the these two, most popular, AM processes, the course will first guide the audience though the digital thread for component fabrication, then to the consequences of hardware implementations, and the effects of post-processing on part quality. In-process sensing and post-process non-destructive evaluation methods will also be covered. Audience members will leave with a high-level understanding of the technology and an appreciation for the many benefits and challenges of metals additive manufacturing.

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Technical Specifications

  SPIE - Education
Product Category Technical Courses and Programs
Product Number SC1237
Product Name Additive Manufacturing of Metals €“ Powder Bed Fusion and Directed Energy Deposition
Type Course
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