SAP KANBAN and Implementation Considerations
What is SAP KANBAN?
For those of us who are not aware what the term, "Kanban" refers to, this is a process which is related to monitoring and regulating the flow of material and production which is primarily based on the quantity of the material stock in production. This is the quantifiable stock which is prerequisite on a regular basis and is readily kept available in smaller quantities in production.
As per the principle of Kanban, the production of a material takes place only when a certain quantity of the material has been consumed. This refill is initiated directly by production by virtue of using the previously maintained master data. All the existing entries data in the system are thereby reduced to a minimum level - for example, to the input of a bar code. All other activities in the system are directly carried out in the background, automatically. By using Kanban, the process of production has been designed in such a manner that it controls itself and all the manual posting effort is thereby to the maximum extent possible. It has been observed that upon using this principle that there is reduction of lead time along with stock levels.
As per Kanban the delivery of the material comprises of the requirement of work which varies as per the demand of the demand and consumer source and by sending a card to the work center which leads to the production of material which can be supply source and producer. This card signifies how much material is used and where all it has to be delivered. These cards are referred to as "Kanbans" in the Japanese terminology. Upon receiving the material, the receipt of goods at the source of demand has to be posted automatically and all of this is done via the bar code which is visible on Kanban.
Implementation Considerations
There are a few requirements which have to be duly considered before using the principle of Kanban in an optimum manner.
- Before implementing Kanban the consumption of the goods has to be relatively constant within a specified period which is longer than the replacement lead time of a Kanban. Assuming that the good is required in a specific periodically in large quantities, but not a regular basis. In such cases The number of Kanbans required is large to ensure that the supply of material remains stable, however we also need to keep in mind that this could result in a high level of stock even when there material is not required.
- The supply source has to be proficient of producing a large number of small lots in a short time. To break through this cycle the amount of time required for setting up the production has to be reduced to a level which is fairly low along with an increase in the reliability of production has to be increased. The need for waiting till a suitable time when many kanbans have to be sent for good which lead to the time when productions can be started, would eventually lead to the failure of using the principle of production control in Kanban.
http://blog.sina.com.cn/s/blog_cfa68e330103020o.html
來自 “ ITPUB部落格 ” ,連結:http://blog.itpub.net/69946223/viewspace-2780665/,如需轉載,請註明出處,否則將追究法律責任。
相關文章
- SAP S/4 HANA On-Premise implementationREM
- SAP Commerce的路由實現(Route Implementation)路由
- Five SAP HANA implementation tips CIOs should knowiOS
- Scrum vs Kanban,如何選擇?Scrum
- Performance and Storage Considerations (217)ORMIDE
- 敏捷工具:Scrum板與Kanban如何抉擇?敏捷工具:Scrum板與Kanban如何抉擇?敏捷Scrum
- Kanban與Scrum比較 - modernanalystScrumNaN
- 【譯】TCP Implementation in LinuxTCPLinux
- Google Authenticator implementation in PythonGoPython
- Data Warehousing Considerations (245)IDE
- The Design and Implementation of Hyperupcalls 翻譯PCA
- How to change the implementation (detour) of an externally declared functionFunction
- react元件內報implementation()方法錯誤!React元件
- Observer Pattern - An Enterprise JavaBean Implementation (轉)ServerJavaBean
- Performance Considerations of FORCE LOGGING Mode (84)ORMIDE
- Android Gradle 依賴配置:implementation & apiAndroidGradleAPI
- 用 Uno Platform 構建一個 Kanban-style Todo AppPlatformAPP
- Export/Import and NLS Considerations (此文章不錯,推薦)ExportImportIDE
- NLS considerations in Import/Export - Frequently Asked Questions_227332.1IDEImportExport
- Design and implementation of database anomaly monitoring system based on AI algorithmDatabaseAIGo
- 設計模式(五)橋接模式Bridge == Pointer To Implementation設計模式橋接
- NLS considerations in Import Export - Frequently Asked Questions (文件 ID 227332.1)IDEImportExport
- 高德地圖No implementation found for long com.autonavi.amap.mapcore.MapCore地圖
- The app.Configuration 'compile' is obsolete and has been replaced with 'implementation'APPCompile
- Implementation Notes: Runtime Environment Map Filtering for Image Based LightingFilter
- TFS 2015 敏捷開發實踐 – 在Kanban上執行一個Sprint敏捷
- 帶讀 |《Redis 設計與實現》(英文名:The Design and Implementation of Redis)Redis
- Android中gradle檔案中implementation和compile的異同AndroidGradleCompile
- 【譯】 WebSocket 協議第十一章——IANA 注意事項(IANA Considerations)Web協議IDE
- 【譯】WebSocket 協議第十章——安全性考慮(Security Considerations)Web協議IDE
- C++ Templates (2.1 類别範本Stack的實現 Implementation of Class Template Stack)C++
- Implementation of Make-A-Video, new SOTA text to video generator from Meta AI, in PytorchIDEAIPyTorch
- 《Amazon Aurora: Design Considerations for High Throughput Cloud-Native Relational Databases》論文總結IDECloudDatabase
- implementation 'com.guo.android_extend:android-extend:1.0.6'失敗解決方法Android
- [翻譯] TensorFlow 分散式之論文篇 "Implementation of Control Flow in TensorFlow"分散式
- IBM POWER7 AIX and Oracle Database performance considerations-10g&11g_1507249.1IBMAIOracleDatabaseORMIDE
- IBM POWER7 AIX and Oracle Database performance considerations--10g&11g_1507249.1IBMAIOracleDatabaseORMIDE
- [Jmeter] Implementation 中 JAVA 與 HTTPClient4 如何探尋兩者之間的區別JMeterJavaHTTPclient