《精益兵法——從精益思想到智慧型製造》是2022年電子工業出版社出版的圖書，作者是高陽。
基本介紹
- 中文名：精益兵法——從精益思想到智慧型製造
- 作者：高陽
- 出版社：電子工業出版社
- 出版時間：2022年
- 頁數：360 頁
- 定價：128 元
- 開本：16 開
- ISBN： 9787121434679
內容簡介,圖書目錄,
內容簡介
本書意在把精益這件事說明白，既有大量案例的解釋說明，還有工具運用後的反思和總結，真正達到"學”與"思”的有機結合。本書共包含 9 章。其中，管理篇包括第1 章和第2 章，主要講解了精益生產的發展和管理層面推行精益的步驟和要點；後面7 章為工具篇，從認識工廠的工具入手，以人、機、法、環，以及新技術展望為脈絡，由整體到局部，從基礎到精通，結合現場實際案例對各種精益工具進行了詳細講解。本書還對很多精益知識點進行了重新詮釋，大多數是筆者在推行現場改善的實戰過程中的感悟與總結。
圖書目錄
管 理 篇
第1 章困境激發的智慧·································································.3
1.1 從利潤說起······································································.3
1.2 精益思想的萌芽································································.6
1.3 精益體系的完善································································.9
1.4 精益生產的傳播································································10
1.5 必然的選擇······································································12
第2 章為什麼成功推行“精益”的企業這么少···································15
2.1 戰略維度——自上而下，貫徹“精益革命”····························16
2.2 文化維度——自下而上，營造“改善氛圍”····························20
2.3 技能維度——認準方向，掌握“精益套路”····························24
2.4 體系維度——完善法制，搭建“製造系統”····························32
工 具 篇
第3 章認識你的企業····································································45
3.1 知己——利用財務報表了解企業的成本··································45
3.2 知彼——利用“KANO 模型”識別客戶眼裡的價值···················54
3.3 知強——利用價值流圖梳理企業增值點··································64
3.4 知弱——利用“七大浪費”尋找現場的浪費點·························86
3.5 知限——利用“約束理論”確認改善切入點·························.116
第4 章 改善的起點——5S···························································.128
4.1 5S 概論········································································.132
4.2 S1：整理——生產現場的“斷舍離”··································.133
4.3 S2：整頓——善用腦子來“畫框框”··································.137
4.4 S3：清掃——“清掃”不僅是打掃衛生·······························.144
4.5 S4：清潔——沒有“規矩”，無以成方圓····························.150
4.6 S5：素養——習慣的養成不止“21 天” ······························.154
第5 章 改善的基礎——標準化作業···············································.158
5.1 標準化作業的發展歷程····················································.164
5.2 標準化流程建立的思考····················································.167
5.3 編制《標準作業指導書》·················································.170
5.4 編制《標準作業組合票》·················································.175
第6 章 重中之重的設備——TPM ·················································.199
6.1 TPM 概述·····································································.203
6.2 TPM 之自主管理····························································.205
6.3 自主維護的推進·····························································.220
6.4 TPM 之專業維護····························································.222
6.5 設備分級維護································································.229
6.6 備品備件管理································································.231
6.7 設備全生命周期內的故障規律及保養方法····························.236
6.8 設備OEE 分析與改善·····················································.238
第7 章敏捷切換的法寶——快速換型············································.244
7.1 快速換型概述································································.250
7.2 快速換型的推進步驟·······················································.251
第8 章創造便利的環境——精益布局與物流···································.270
8.1 車間布局類型介紹··························································.276
8.2 產線布局類型介紹··························································.279
8.3 精益布局的原則和改善步驟··············································.281
8.4 倉儲布局與物流設計·······················································.286
第9 章新技術革命的浪潮——智慧型製造·········································.292
9.1 智慧型製造的背景·····························································.298
9.2 智慧型製造的問題解決邏輯·················································.301
9.3 智慧型製造的實施路徑·······················································.303
9.4 MES 簡介及套用····························································.307
9.5 RFID 技術簡介及套用·····················································.312
9.6 AGV 技術簡介及套用·····················································.329
9.7 工業機器人技術簡介及套用··············································.335
