*Naoto Sugino¹, Rio Yamagishi², Sayaka Miura², Mano Ando², Yuna Hachikubo², Yuki Kawano³, Yoshiyuki Yokoyama³, Takao Kameda¹, Satoshi Takei² (1. SANKOGOSEI ltd., 2. Toyama prefectural University, 3. Toyama Industrial Technology Research and Development Center)

11:20 AM - 11:40 AM

[A-106] Sub-Micro Structure Transfer Pattern of PolyPropylene Molded Product using Gas Permeable Polymer-Metal Hybrid Mold

*Naoto Sugino¹, Rio Yamagishi², Sayaka Miura², Mano Ando², Yuna Hachikubo², Yuki Kawano³, Yoshiyuki Yokoyama³, Takao Kameda¹, Satoshi Takei² (1. SANKOGOSEI ltd., 2. Toyama prefectural University, 3. Toyama Industrial Technology Research and Development Center)

11:40 AM - 12:00 PM

[A-107] Correlation Analysis between Melt Flow Behavior and Irregular Gloss Pattern around Stepped Thickness Reduction Area

*Wataru Nonaka¹, Michihiro Tatsuno², Hidetoshi Yokoi³ (1. Olympus Corporation, 2. Institute of Industrial Science, the University of Tokyo, 3. YOKOI Labo)

12:00 PM - 12:20 PM

[A-108] Measurement of temperature distributions inside flowing melts injected from nozzle (Part 4)

*Michihiro TATSUNO¹, Yokoi Hidetoshi² (1. The University of Tokyo, 2. YOKOI Labo)

特別セッション

深化と進化、未来を創る両利きの射出成形技術

Thu. Jun 20, 2024 10:30 AM - 11:50 AM Room A (3階　瑞雲)

座長:大石武司(ヤマハ発動機（株）)

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10:30 AM - 11:10 AM

[A-201] Mold Releasability test method in compression molding, and the test examples for metal mold surfaces and surface coatings

*Ryoji Kitada¹, Chuanzhen Sun¹, Qin Wang¹, Koki Yoshida², Akira Okada² (1. Sojo Univ., 2. Okayama Univ.)

11:10 AM - 11:30 AM

[A-203] Development of demolding force measurement system driven in high temperature mold

*Fuminobu Kimura¹, Tetsuya Ofusa¹, Yusuke Kajihara¹ (1. The Univ. of Tokyo)

11:30 AM - 11:50 AM

[A-204] Effect of injection conditions on joining strength in metal-polymer direct joining on cylindrical surfaces

*Eigo Ishioka^1,2, Fuminobu Kimura², Eiji Yamaguchi³, Yukinori Suzuki³, Yusuke Kajihara² (1. Japan Aviation Electronics Industry, limited, 2. The university of Tokyo, 3. SINTOKOGIO, limited )

特別セッション

深化と進化、未来を創る両利きの射出成形技術

Thu. Jun 20, 2024 1:30 PM - 2:50 PM Room A (3階　瑞雲)

座長:木村文信(東京大学)

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1:30 PM - 1:50 PM

[A-205] Fiber orientation analysis considering pressure dependence of flow yield value in composites

*Masato Goto¹, Hisahiro Tanaka¹, Motonori Nakai¹, seonggyun jeong¹, Masaki Yoshii¹, Masahiro Seto², Masashi Yamabe² (1. SAEILO JAPAN inc., 2. Kanazawa Insitute of Technology Univ.)

1:50 PM - 2:10 PM

[A-206] Observation of fiber orientation behavior during injection molding and consideration of prediction for fiber orientation

*Taiki Miyajima¹, Masahiro Seto¹, Masashi Yamabe¹ (1. Kanazawa Institute of Technology)

2:10 PM - 2:30 PM

[A-207] Fabrication of A Hollow Microneedle with Jagged Edges Mimicking Mosquito by Thermal Nanoimprinting Method Using A Mold Combining Different Rigid Materials

*Seiji Aoyagi¹, Jinya Sakamoto¹, Natsuo Otera¹, Tomokazu Takahashi¹, Masato Suzuki¹ (1. Kansai University)

2:30 PM - 2:50 PM

[A-208] Development of a New Micro Injection Mold Using CIM Technology and PDMS
- Fabrication of microneedles made of polylactic acid that mimic mosquito mouthparts -

*Seiji Aoyagi¹, Daisuke Yamaguchi¹, Shintaro Kaku¹, Natsuo Otera¹, Yuki Nakata¹, Tomokazu Takahashi¹, Masato Suzuki¹, Koichiro Suzuki², Zenku Haga³, Yoshihiro Tanigawa⁴ (1. Kansai Univ., 2. Musashino Chemical Laboratory, Ltd, 3. Meiho Co., Ltd, 4. Fukuoka Industrial Technology Center)

Sessions

特別セッション » 深化と進化、未来を創る両利きの射出成形技術

深化と進化、未来を創る両利きの射出成形技術

[A-101] Research and development of smart molds to support smart production systems

[A-103] Development of operation support system for injection molding machine.

[A-104] Investigating of Heat and Cool Hybrid Injection Molding of CFRTP Sheet (Paat IV)

深化と進化、未来を創る両利きの射出成形技術

[A-105] Fabrication of Gas Permeable Hybrid Molds with Sub-Micro Structures to Develop Antimicrobial Properties by Injection Molding

[A-106] Sub-Micro Structure Transfer Pattern of PolyPropylene Molded Product using Gas Permeable Polymer-Metal Hybrid Mold

[A-107] Correlation Analysis between Melt Flow Behavior and Irregular Gloss Pattern around Stepped Thickness Reduction Area

[A-108] Measurement of temperature distributions inside flowing melts injected from nozzle (Part 4)

深化と進化、未来を創る両利きの射出成形技術

[A-201] Mold Releasability test method in compression molding, and the test examples for metal mold surfaces and surface coatings

[A-203] Development of demolding force measurement system driven in high temperature mold

[A-204] Effect of injection conditions on joining strength in metal-polymer direct joining on cylindrical surfaces

深化と進化、未来を創る両利きの射出成形技術

[A-205] Fiber orientation analysis considering pressure dependence of flow yield value in composites

[A-206] Observation of fiber orientation behavior during injection molding and consideration of prediction for fiber orientation

[A-207] Fabrication of A Hollow Microneedle with Jagged Edges Mimicking Mosquito by Thermal Nanoimprinting Method Using A Mold Combining Different Rigid Materials

[A-208] Development of a New Micro Injection Mold Using CIM Technology and PDMS
- Fabrication of microneedles made of polylactic acid that mimic mosquito mouthparts -

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