UGS TECHNOMATIX eM-Workplace V7.1.2 英文光碟正式版 (複雜裝配設備規劃與設計)(2CD)


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軟體名稱:UGS TECHNOMATIX eM-Workplace V7.1.2 英文光碟正式版 (複雜裝配設備規劃與設計)(2CD)
語系版本:英文版
光碟片數:2片裝
破解說明:
系統支援:WIN 9x/WIN ME/WIN NT/WIN 2000/WIN XP/WIN 2003
軟體類型:複雜裝配設備規劃與設計
硬體需求:PC
更新日期:2006/5/14
官方網站:http://www.ugs.com/products/tecnomatix/assembly_planning/em_workplace_pc.shtml
中文網站:http://www.ugs.com/products/tecnomatix/assembly_planning/em_workplace_pc.shtml
軟體簡介:
銷售價格:160
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破解說明:安裝前請先閱讀MAGNiTUDE資料夾內Readme.txt文件檔，即可完成安裝。



軟體簡介:

UGS TECHNOMATIX eM-Workplace V7.1.2 英文光碟正式版 (複雜裝配設備規劃與設計)(2CD)

                             
內容說明:

eM-Workplace NT / (eM-Engineer) 幫助用戶進行複雜裝配設備、生產線和工位的佈
局規劃與設計。
eM-Workplace NT / (eM- Engineer) 支援區間工位佈局、生產線規劃到具體設計和單
個工位佈局優化的整
個工藝過程。

優點：
  減少佈局規劃的工作量
  縮短裝配週期時間
  降低成本，優化投資
  減少投產和量產時間
  獲得最佳做法，以備重複使用
少了資本投資，縮短了規劃與裝配的時間。

功能特點：
  裝配設備的3D 簡單設計
  用戶可自擴展構件資源庫
  人工和自動工位的詳細設計
  工位設計與裝配時間優化
  操縱設備和夾具的運動學仿真

eM-WorkplaceNT/(eM-Engineer) 將詳細的佈局設計、仿真及分析功能集成到一個3D
環境中。一套功能強大的工具能幫助創建3D 工位佈局及基於運動學和分析功能進行仿
真。工位佈局的變化及其對環境的影響能夠立即被查出。
eM-Workplace NT/(eM-Engineer) 更加方便用戶事先作出更可靠的決策，極大地減
少了資本投資，縮短了規劃與裝配的時間。


 eM-Workplace enables the design, simulation, optimization, analysis   
 and off-line programming of multidevice robotic and automated         
 manufacturing processes in the context of product and production      
 resource information. It provides a concurrent engineering platform to
 optimize processes and calculate cycle times. With eM-Workplace, you  
 can design life-like, full-action mock-ups of complete manufacturing  
 cells and systems on 3D graphics computer workstations.               
                                                                       
 As a scalable, standalone solution, eM-Workplace fully integrates core
 technologies with a powerful set of process-specific applications for 
 a wide range of processes, including spot-welding, arc welding, laser-
 and water-jet cutting, drilling and riveting, and human operations.   
                                                                       
 eM-Workplace simultaneously models all physical characteristics of    
 robots and other automated devices, enabling users to verify the      
 accessibility limits (reach target, define path, avoid collisions and 
 calculate cycle times) while developing a planning concept.           
                                                                       
 Preliminary set-ups of automated production can therefore be designed 
 before launching the manufacturing process.                           
 Features:                                                             
                                                                       
     * Interoperability with major MCAD systems (i.e., no data         
 translation required)                                                 
     * Robots, machines, tools, equipment libraries                    
     * Modeling of components                                          
     * Modeling of complex kinematics of robots and other mechanisms   
     * 3D layout definition of workcells                               
     * 3D path definition with reachability check, collisions detection
 and optimized cycle time                                              
     * Motion simulation and synchronization of several robots and     
 mechanisms                                                            
     * Modeling and optimization of the whole manufacturing process SOP
 (Sequence of Operations)                                              
     * OLP (Off-Line Programming)                                      
           o Optimized programs downloaded to robots on the shop floor 
           o Up-loading existing production programs for optimization  
                                                                       
 Benefits:                                                             
                                                                       
     * Increase manufacturing quality, accuracy and profitability      
     * Reductions in labor-hours and process engineering lead time     
     * Greatly improve program accuracy and process quality            
     * Optimize development and capital investment                     
     * Better use of production equipment (OLP)                        
     * Reduce product costs                                            
     * Accelerate time-to-market 
     
     

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