砥粒加工学会誌 66 巻 4 号 ／ 目次
Journal of the Japan Society for Abrasive Technology (JSAT) Vol.66 No.4 Contents

フォトニックナノジェットを用いたレーザー微細穴加工特集

上野原 努，水谷康弘，高谷裕浩······································································································· 180
電解加工を用いた微細穴加工

機械加工
だけじゃない！
微細穴あけ加工の最前線

国枝正典 ···················································································································································· 184
マイクロニードルアレイ工具を用いた高品位・高能率マイクロ穴加工
柴田隆行 ···················································································································································· 188
超音波振動援用加工による微細穴あけ加工
江頭 快 ······················································································································································ 192
ダイヤモンドマイクロドリルとフェムト秒レーザーを用いた微細穴あけ加工
坂根礼文，柴田大輔 ······························································································································· 196

砥粒加工基礎講座「砥石」
研究室紹介
賛助会員紹介
若手技術者へ贈る言葉

第 16 回 砥石の使い方(その 3)：内面研削角田勝俊 ···················································································································································· 200
中央大学 デジタル生産工学研究室 ····································································································· 202
広島大学 機械設計システム研究室 ····································································································· 203
株式会社 MOLDINO ··································································································································· 204
牧野フライス精機株式会社 ······················································································································· 205
21 世紀型「モノ」つくりの行方
柴田順二 ···················································································································································· 206
研削盤砥石カバーの衝突安全性に関する研究

論

文－円錐形砥石製飛翔体の衝突－
北嶋孝之，福井拓哉，猪狩龍樹，由井明紀 ····················································································· 210
専門委員会／分科会報告 ························································································································· 216
第 50 回 グラインディング・アカデミー 開催報告 ······················································· 217
2022 年度砥粒加工学会フェローの公募について ······················································· 218
2022 年度砥粒加工学会学術講演会 ·············································································· 219
2022 年度砥粒加工学会学術講演会（ABTEC2022）講演募集について ··············· 220
ABTEC2022 企業の皆様へのご案内············································································· 222
ABTEC2022 公的研究機関・大学高専研究室・専門委員会の研究公開パネル展示のおすすめ ················································································ 226
第 51 回 グラインディング・アカデミー ········································································· 227
第 1 回 砥粒加工学会 アフタヌーンセミナー ······························································ 228

会報
会告会告・その他ISAAT2022 講演論文募集
第 24 回 国際先端砥粒加工シンポジウム(ISAAT2022) ····································· 229
カレンダー ······················································································································································· 230
編集後記 ························································································································································· 231

Journal of the Japan Society for Abrasive Technology (JSAT)Vol.66 No.4 Contents

Laser micro drilling using a photonic nanojet
Tsutomu UENOHARA, Yasuhiro MIZUTANI and Yasuhiro TAKAYA ······································· 180

Special Issue

Drilling of micro-holes using electrochemical machining
Masanori KUNIEDA ································································································································ 184

Not just mechanicalmachining!
Advanced
technologies ofmicro hole machining

High-quality and high-throughput micro-hole processingusing hollow microneedle array
Takayuki SHIBATA ·································································································································· 188
Drilling of microholes with assistance of ultrasonic vibration
Kai EGASHIRA········································································································································· 192
Microhole drilling using diamond microdrill and femtosecond laser
Rebun SAKANE and Daisuke SHIBATA ···························································································· 196

Lecture series ongrinding wheel

Application of grinding wheels Part3

Introductionof Laboratories

Chuo University Digital Manufacturing Laboratory ············································································ 202

Corporation
members
introduction
Dear young
generations

Katutoshi SUMIDA··································································································································· 200

Hiroshima University, Mechanical Design and Systems Laboratory ··············································· 203
MOLDINO Tool Engineering, Ltd. ············································································································· 204
Makino Seiki Co.,Ltd.·································································································································· 205

Junji SHIBATA ·············································································································································· 206
Study on wheel cover safety for grinding machines

PapersCollision of a conical abrasive projectile
Takayuki KITAJIMA, Takuya FUKUI, Tatsuki IKARI
and Akinori YUI········································································································································· 210Information································································································································································216～231砥粒加工学会誌【特179集】機械加工だけじゃない！微細穴あけ加工の最前線
半導体部品や電子部品，医療機器部品の高精度化，高機能化に伴い，これらに要求される微細加工への重要性が近年高まっている．本特集では微細加工の最たる例として微細穴あけ加工に着目し，機械加工のみならず特殊加工や MEMS 技術を利用した微細工具による穴あけ加工について解説する．

〔特集１〕 フ ォトニックナノジェットを用いたレーザー微細穴加工〔特集３〕 マ イクロニードルアレイ工具を用いた高品位・高能率マイクロ穴加工【上野原 努】（うえのはら・つとむ）【柴田 隆行】（しばた・たかゆき）

現職：大阪大学大学院 工学研究科 助教
専門／業務：精密計測・加工連絡先：〒565-0871 大阪府吹田市山田丘2-1
TEL 06-6879-7321
e-mail：uenohara@mech.eng.osaka-u.ac.jp

現職：豊橋技術科学大学
専門／業務：微細加工，MEMS，マイクロ流体
デバイス（µTAS、Lab-on-a-Chip）
連絡先：〒441-8580 愛知県豊橋市天伯町雲雀ヶ丘1-1
TEL 0532-44-6693 FAX 0532-44-6690
e-mail：shibata@me.tut.ac.jp【水谷 康弘】（みずたに・やすひろ）

現職：大阪大学大学院 工学研究科 准教授
専門／業務：精密計測・加工連絡先：〒565-0871 大阪府吹田市山田丘2-1
TEL 06-6879-7321
e-mail：mizutani@mech.eng.osaka-u.ac.jp〔特集４〕 超音波振動援用加工による微細穴あけ加工【江頭 快】（えがしら・かい）

現職：京都工芸繊維大学 准教授
専門／業務：微細加工
連絡先：〒606-8585 京都市左京区松ヶ崎御所海道町
TEL 075-724-7354 FAX 075-724-7300
e-mail：egashira@kit.ac.jp【高谷 裕浩】（たかや・やすひろ）

現職：大阪大学大学院 工学研究科 教授
専門／業務：精密計測
連絡先：〒565-0871 大阪府吹田市山田丘2-1
TEL 06-6879-7320
e-mail：takaya@mech.eng.osaka-u.ac.jp〔特集５〕 ダ イヤモンドマイクロドリルとフェムト秒レーザーを用いた微細穴あけ加工【坂根 礼文】（さかね・れぶん）〔特集２〕 電 解加工を用いた微細穴加工【国枝 正典】（くにえだ・まさのり）

現職：東京大学 工学系研究科 精密工学専攻
教授
専門／業務：放電加工，電解加工，金型
連絡先：〒113-8656 東京都文京区本郷7-3-1
TEL 03-5841-6462
e-mail：kunieda@edm.t.u-tokyo.ac.jp

現職：アダマンド並木精密宝石株式会社
技術本部
専門／業務：レーザー加工
連絡先：〒012-0855 秋 田 県 湯 沢 市 愛 宕 町
4-6-56
TEL 0183-72-7142 FAX 0183-73-5201
e-mail：r-sakane@ad-na.com【柴田 大輔】（しばた・だいすけ）

現職：アダマンド並木精密宝石株式会社
技術本部
専門／業務：サファイア基板，レーザー加工
連絡先：〒012-0855 秋 田 県 湯 沢 市 愛 宕 町
4-6-56
TEL 0183-72-7142 FAX 0183-73-5201
e-mail：dshibata@ad-na.com

Journal of the Japan Society for Abrasive Technology Vol.66 No.4 2022 APR.

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