跬步：自動化轉型第二步

第1章 為什麼推行自動化（“四難困局”如何破）··································1
1.1 我們為什麼必須走向自動化？··················································2
1.1.1 招工難：年輕人不願來工廠············································2
1.1.2 留人難：“95後”“00後”平均在職僅7個月······················2
1.1.3 提產難：員工熟練度決定產出效率···································3
1.1.4 質控難：人眼判斷，錯誤難免·········································4
1.2 自動化，帶來怎樣的改變？·····················································5
1.2.1 破解招工難：機器人“員工”永不疲倦·····························5
1.2.2 穩定生產團隊：告別人員波動困擾···································5
1.2.3 提升產能穩定性：精準控制的優勢···································6
1.2.4 提升質量管控水平：從人控到智控···································6
1.2.5 增強客戶信心，贏得更多訂單·········································7
1.2.6 提升員工技能和待遇······················································9
1.2.7 建立低成本高效率的競爭優勢·······································10
第2章 衡量自動化成功的4個標準···················································12
2.1 降低成本：自動化如何系統性重塑制造業成本結構？··················12
2.1.1 人力成本：從“人海戰術”到“智能無人化”的深度變革···13
2.1.2 質量成本：從“救火式返工”到“零缺陷生產”的革命性 突破·········································································13 2.1.3 工序排布的效率革命：從傳統“孤島”到智能流線化·········14
2.1.4 場地利用最大化：從“粗放使用”到“高效集約”的空間 革命·········································································16
2.2 長期復用：構建可持續的自動化資產體系·································17
2.2.1 整線復用：從“專用陷阱”到“柔性通用”的戰略轉型······17
2.2.2 單機復用：模塊化設計理念的深度實踐···························19
2.2.3 模組復用：標準化與柔性化的完美結合···························21
2.2.4 關鍵零部件復用：構建精益供應鏈體系···························22
2.3 快速回報：自動化投資的價值實現藝術····································24
2.3.1 投資回報周期的戰略意義·············································25
2.3.2 人工成本的快速下降機制·············································26
2.3.3 質量成本的即時改善····················································27
2.3.4 效率提升的快速實現····················································28
2.3.5 投資回報的持續優化····················································29
2.3.6 風險管理與回報保障····················································30
2.4 減少風險：構建穩健的智能制造體系·······································32
2.4.1 產品質量風險的系統化控制··········································32
2.4.2 人員安全風險的全面防控·············································34
2.4.3 運營連續性風險的防範·················································36
2.4.4 數據安全與網絡安全防護·············································36
2.4.5 業務連續性風險防範····················································38
2.4.6 風險管理的經濟效益····················································39
第3章 推行自動化的困難和誤區·······················································41
3.1 推行自動化的困境及突破······················································41
3.1.1 項目發起困境：當商業現實遭遇技術理想························41
3.1.2 技術實現困境：當理想照進現實····································43
3.1.3 突破困境：在迷途中尋找出路·······································45
3.1.4 在困境中孕育新生·······················································47
3.2 推行自動化的三大認知誤區···················································47
3.2.1 誤區一：產品設計完成後再做自動化設計························47
3.2.2 誤區二：未做精益化直接推自動化·································49
3.2.3 誤區三：片面追求自動化率··········································51
3.2.4 從誤區走向智慧··························································52
第4章 自動化7步模型··································································54
4.1 選擇有自動化價值的產品······················································54
4.2 選擇適合自動化的動作·························································55
4.3 工藝標準化········································································55
4.4 設備標準化········································································55
4.5 面向自動化的產品設計·························································56
4.6 為自動化配置人才·······························································56
4.7 為自動化調整流程·······························································57
第5章 什麼產品有自動化的價值·······················································58
5.1 需要規模化生產的產品：以帕累托-數量（PQ）分析確定訂單 基礎················································································58
5.1.1 核心邏輯：規模化是自動化的“產能基石”·····················58
5.1.2 實踐工具：PQ分析與“80/20法則”的應用·····················59
5.1.3 案例驗證：BD0027儲液倉的自動化成效·························60
5.2 適用範圍廣的產品：以產品-工藝（PR）分析劃分產品族·············60
5.2.1 核心邏輯：避免“單一產品綁定”的設備風險··················60
5.2.2 實踐工具：PR分析與成組技術的實施方法·······················61
5.2.3 案例實踐：自動化產品族的柔性生產······························62
5.3 動作重復性高的產品：以工序特性匹配自動化優勢·····················64
5.3.1 核心邏輯：自動化的“天然適配場景”是重復動作············64
5.3.2 公司產品的高重復性工序識別·······································65
5.3.3 案例實踐：吸阻測試工序的自動化改造···························67
5.4 自動化技術成熟的產品：以技術適配降低落地風險·····················69
5.4.1 核心邏輯：成熟技術是自動化落地的“保障”··················69
5.4.2 霧化器產品的技術成熟度評估·······································71
5.4.3 反例警示：技術不成熟產品的自動化困境························73
第6章 什麼動作適合標準化·····························································74
6.1 從高頻重復性動作切入：奇思一次性霧化產品自動化的實踐路徑····75
6.1.1 高頻重復性動作定義····················································75
6.1.2 分階段推進，構建覆蓋核心工序的自動化體系··················76
6.1.3 自動化成效顯著，助力企業高質量發展···························77
6.2 人工精度不可控的動作：奇思自動化進階式發展························78
6.2.1 危機：訂單激增背後的質量危機····································78
6.2.2 人工焊接困境：高投入、低產出、不穩定························79
6.2.3 破局之路：啟動全自動化電池組裝焊接線項目··················79
6.2.4 攻堅克難：技術攻關與設備研發全過程···························80
6.3 有連貫性的動作：奇思的集成推進之路····································82
6.3.1 三廠七樓包裝線試點····················································83
6.3.2 項目實施：從裝袋機上料到碼垛下料的全線貫通···············84
6.3.3 首條線集成驗證··························································85
6.3.4 橫向鋪開：從1條線到38條線，僅用40天完成全面升級···86
6.3.5 橫向拓展：六廠16條線全覆蓋，邁向“零人工包裝車間”···87
6.4 可標準化的動作適合自動化：奇思的復用推廣之路·····················88
6.4.1 為什麼選擇這類動作為自動化重點？······························89
6.4.2 標準化動作帶來的核心價值··········································89
6.4.3 案例一：包裝裝盒——自動裝盒機復用性的實現················90
6.4.4 案例二：霧化芯裝矽膠及折引腳自動化實現標準化突破······90
6.4.5 橫向復制——BD0053與XD0011的快速落地····················94
6.4.6 工藝反向驅動——自動化倒逼標準化落地·························94
第7章 工藝如何標準化···································································95
7.1 產品工藝標準化：驅動自動化制造的核心引擎···························95
7.2 第一部分：霧化芯結構件的標準化——自動化裝配的“心臟”······96
7.3 第二部分：儲液倉組件的平臺化——自動化密封與註液的基石······97
7.3.1 碎片化的儲液倉，沈重的代價·······································98
7.3.2 破局之道——構建以註液量為核心的儲液倉平臺················98
7.3.3 平臺化儲液倉的設計原則·············································99
7.3.4 平臺化前的“血淚史”·················································99
7.3.5 平臺化落地——B2平臺的誕生與驗證·····························101
7.3.6 平臺化紅利——全鏈條的價值釋放·································102
7.3.7 自動化能力的質變······················································103
7.3.8 展望未來，儲液倉平臺化戰略還將持續進化····················104
7.4 第四部分：成品組件化設計——以“樂高式”邏輯重構制造········104
7.4.1 告別“零部件堆砌”，擁抱“模塊集成”·························105
7.4.2 組件化藍圖——定義三大核心“樂高積木”·····················105
7.4.3 供應鏈與生產準備——化繁為簡····································108
7.4.4 量產爬坡——自動化與質量的雙重飛躍···························108
7.4.5 組件化設計的深遠紅利——全鏈條收益···························109
7.4.6 從BD0027到未來——組件化生態構建···························110
7.4.7 結論：組件化——智能制造之“操作系統”·····················110
7.5 包裝包材工藝標準化——自動化物流“最後一公裏”·················110
7.5.1 下面我們從裝袋工藝的演變的案例展開說·······················111
7.5.2 以“糖果袋”為突破口——公司包裝工藝全面標準化及 六大包材統一規範······················································112
7.5.3 標準化：自動化時代包裝新哲學···································113
7.5.4 標準化：自動化時代之戰略制高點································113
第8章 設備如何標準化··································································114
8.1 CD0018全自動組裝線（2022）——全自動不是“堆功能”，是 “建標準”········································································114
8.1.1 設計階段：理想主義的“大而全”藍圖··························115
8.1.2 調試階段：“鋼鐵巨獸”變成“麻煩制造者”···················115
8.1.3 試產階段：紙面數據崩塌的開始···································116
8.1.4 轉折與優化：從“堆功能”到“減麻煩”·······················118
8.2 全新一代BD系列柔性成品組裝線（2024年）——標準化讓設備 “聽話”···········································································119
8.2.1 設計理念：從“做加法”到“講規矩”··························119
8.2.2 調試階段：動作平臺標準化、模塊化標準化、零部件 標準化帶來的革命性提速·············································121
8.2.3 投產表現：數據說話，標準真管用································121
8.2.4 設備標準化帶來的好處················································124
8.3 如何做設備標準化······························································124
8.3.1 動作平臺標準化——讓每個生產工藝都有“標準”············125
8.3.2 模塊標準化——每個“積木”都能拼，像搭樂高積木一樣 簡單········································································128
8.3.3 零部件標準化——每個“零部件”都通用························129
8.3.4 設備導入流程標準化，讓價值“滾”起來·······················130
第9章 面向自動化的產品設計·························································132
9.1 設計標準的底層邏輯：從“補救思維”到“前置規劃”··············132
9.1.1 設計標準的核心原則：避開那些“坑”··························133
9.1.2 設計標準要跟著產品“定位”走···································134
9.2 自動化設計核心標準：基於DFA的上料、取料與連接規範·········135
9.2.1 上料方式設計標準：構建自動化的“物料供給基礎”········135
9.2.2 取料方式設計標準：確保自動化的“抓取穩定性”···········139
9.2.3 連接方式設計標準：保障自動化的“裝配可靠性”···········140
9.3 設計標準的落地保障：從“圖紙規範”到“產線驗證”··············148
9.3.1 設計評審：把問題掐在“圖紙階段”·····························148
9.3.2 小批試產：用實際數據“說話”···································150
9.3.3 標準疊代：跟著實戰“升級”······································150
9.4 總結：設計標準是自動化的“第一生產力”·····························150
第10章 如何為自動化配置人才·······················································152
10.1 自動化轉型中的人才體系重構與兵力部署······························152
10.1.1 新舊體系關鍵崗位配置對比········································152
10.1.2 新增職能與部門調整的深層邏輯··································154
10.1.3 新舊人才體系大裂變：從“人海戰術”到“精兵矩陣”····155
10.2 如何配置自動化人才·························································157
10.2.1 人才畫像：先定“魂”，再畫“形”·····························157
10.2.2 內部晉升：把“老師傅”變成“指揮官”······················160
10.2.3 外部引進：用“開放日”釣“大魚”····························161
10.3 人才盤點：給自動化人才做“全身CT”································162
10.3.1 根因分析································································163
10.3.2 盤點實施框架與標準·················································164
10.3.3 科學分類與結果應用·················································166
10.3.4 人才盤點總結分享····················································168
10.3.5 破繭重生：重構人才生態的底層邏輯····························168
10.4 每類人才的賦能培訓·························································169
10.4.1 培訓目標································································169
10.4.2 培訓對象································································169
10.4.3 培訓課程體系··························································169
10.4.4 課程設計································································171
10.4.5 實訓體系設計··························································172
10.4.6 教學實施流程··························································175
10.4.7 結業考核機制··························································176
10.4.8 考核結果評定與應用·················································178
10.4.9 持續優化機制··························································179
第11章 如何為自動化調整流程·······················································180
11.1 產品設計階段···································································182
11.1.1 產品策劃與自動化設計同步········································182
11.1.2 平臺化組件化的產品設計···········································184
11.2 設備導入階段···································································189
11.2.1 需求分析································································189
11.2.2 方案設計評審··························································191
11.2.3 設備采購································································194
11.2.4 預驗收···································································195
11.3 設備生產階段···································································197
11.3.1 設備試產································································197
11.3.2 設備量產································································197
第12章 自動化三不做···································································203
12.1 不為訂單稀少之物：規模經濟是自動化的基石························203
12.2 不為復用性極低之功：自動化價值在於重復性累積··················204
12.3 不為工藝未熟之術：標準化是自動化的前置條件·····················205
附錄A 合作夥伴分享·····································································207
附錄B 學習及實踐感悟··································································228
後記····························································································243