Special Session » Recent Advances of Materials and Technologies on Additive Manufacturing

Special Session: Recent Advances of Materials and Technologies on Additive Manufacturing

Wed. Nov 20, 2024 1:00 PM - 2:15 PM Room I (2F, Room 201)

Chairperson:Naoyuki NOMURA(Tohoku University)

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1:00 PM - 1:40 PM

[1-31] Memorial Lecture of JSPM Award :
Development, approval, and clinical application of the world's first spinal spacer that induces bone matrix orientation using laser powder bed fusion 《 Sintering, Physical Property 》

*Hiroyuki Takahashi¹, Takayoshi Nakano², Manabu Ito³ (1. TEIJIN NAKASHIMA MEDICAL CO.,LTD., 2. Division of Materials and Manufacturing Science, Graduate School of Engineering, OSAKA UNIVERSITY, 3. National Hospital Organization Hokkaido Medical Center)

1:40 PM - 1:55 PM

[1-32A] Functionalization of high entropy alloys for biomedical application (BioHEAs) via control of microstructure using laser-powder bed fusion 《 Sintering 》

*Ryosuke Ozasa¹, Aira Matsugaki¹, Ozkan Gokcekaya¹, Takayoshi Nakano¹ (1. Osaka university)

1:55 PM - 2:05 PM

[1-33B] Design and development of osteocompatible BioHEAs 《 Evaluation Technology 》

*Aira Matsugaki¹, Ryosuke Ozasa¹, Ozkan Gokcekaya¹, Takayoshi Nakano¹ (1. Graduate School of Engineering, Osaka University)

Break（10min） (2:05 PM - 2:15 PM)

Session information

Special Session: Recent Advances of Materials and Technologies on Additive Manufacturing

[1-31] Memorial Lecture of JSPM Award :
Development, approval, and clinical application of the world's first spinal spacer that induces bone matrix orientation using laser powder bed fusion 《 Sintering, Physical Property 》

[1-32A] Functionalization of high entropy alloys for biomedical application (BioHEAs) via control of microstructure using laser-powder bed fusion 《 Sintering 》

[1-33B] Design and development of osteocompatible BioHEAs 《 Evaluation Technology 》

Authentication

Session information

Special Session: Recent Advances of Materials and Technologies on Additive Manufacturing

[1-31] Memorial Lecture of JSPM Award : Development, approval, and clinical application of the world's first spinal spacer that induces bone matrix orientation using laser powder bed fusion 《 Sintering, Physical Property 》

[1-32A] Functionalization of high entropy alloys for biomedical application (BioHEAs) via control of microstructure using laser-powder bed fusion 《 Sintering 》

[1-33B] Design and development of osteocompatible BioHEAs 《 Evaluation Technology 》

Authentication

[1-31] Memorial Lecture of JSPM Award :
Development, approval, and clinical application of the world's first spinal spacer that induces bone matrix orientation using laser powder bed fusion 《 Sintering, Physical Property 》