Summary
Tecnomatix® Plant Simulation software
enables the simulation and optimization of
production systems and processes. Using
Plant Simulation, you can optimize material
flow, resource utilization and logistics for
all levels of plant planning from global pro-
duction facilities, through local plants, to
specific lines.
In times of increasing cost and time pres-
sures in production, along with ongoing
globalization, logistics has become a key
factor in the success of a company. The
need to deliver JIT (just-in-time)/ JIS (just-
in-sequence), introduce Kanban, plan and
build new, sustainable production facilities,
and manage global production networks
(to name a few) requires objective decision
criteria to help management evaluate and
compare alternative approaches.
Plant Simulation helps create digital models
of logistic systems (e.g., production) to
explore the systems’ characteristics and to
optimize their performance. The digital
model enables users to run experiments
and what-if scenarios without disturbing an
www.siemens.com/tecnomatix
existing production system or – when used
in the planning process – long before the
real system is installed. Extensive analysis
tools, statistics and charts let users evalu-
ate different manufacturing scenarios and
make fast, reliable decisions in the early
stages of production planning.
Plant Simulation helps users:
• Detect and eliminate problems that oth-
erwise would require cost- and
time-consuming corrective measures
during production ramp-up
• Minimize the investment cost of produc-
tion lines without jeopardizing required
output
• Optimize the performance and energy
usage of existing production systems by
taking measures that have been verified
in a simulation environment prior to
implementation
Modeling manufacturing processes
Plant Simulation enables you to create
well-structured, hierarchical models of pro-
duction facilities, lines and processes. This
Answers for industry.
Plant Simulation
Simulation and optimization of production systems and processes
Benefits
• Improve productivity of
existing facilities by as
much as 20 percent
• Reduce investment in
planning new facilities by as
much as 20 percent
• Cut inventory and
throughput time by as
much as 60 percent
• Optimize system
dimensions, including
buffer sizes
• Reduce investment risks
through early proof of
concept
• Maximize use of manu-
facturing resources
• Improve production line
design and schedule
剩余86页未读，继续阅读
资源评论
佐佑不分2019-10-15这个资源 。。。。。无语
qq_36618345
- 粉丝: 0
- 资源: 3
最新资源
- 飞思卡尔，整车VCUsimulink源码 上下电管理 扭矩控制 故障处理 适合想了解整车控制的工程师们，学习参考
- c#联合halcon机器视觉通用视觉框架2 流程化开发 缺陷检测，定位，测量，OCR识别 拉控件式
- delta机械臂，delta机器人，运动控制器，运动控制卡 本卡采用前瞻运动轨迹规划，运动采用G代码指令编程，具有G5三维空间的圆弧插补，空间直线插补功能，子程序编程功能，逻辑判断语句功能，示教编程功
- AD源文件及Verilog程序源码，包含AD的PCB源码和quartus程序源码，板子为四层板，程序为verilog，主控芯片为fpga 功能包括千兆以太网通讯(RTL8211EG芯片)，micro
- 三菱PLC与两台变频器通讯控制三菱PLC通过MODBUS控制两台士林变频器程序，PLC可以用3U或者3G
- 设计区域电网输电线路高低定值闭锁式方向pscad仿真模型 功率方向元件采用90度接线，低定值启动发信，低定值启动后，如果满足高定值动作条件，保护动作，跳开线路两侧断路器 设计区域电网输电线路复合电压
- 深度强化学习DQN车间排产调度优化算法+gym环境（python代码）
- Java面试题（全栈） 完整版.md
- 三菱FX3U两轴标准程序，XZ两轴，包含轴点动，回零，相对与绝对定位，只要弄明白这个程序，就可以非常了解整个项目的程序如何去编写，从哪里开始下手
- BLDC无刷直流电机和PMSM永磁同步电机 可提供所有代码中所有算法的，每个代码都亲自验证过 基于STM32F1的有传感器和无传感驱动 直流无刷电机有传感器和无传感驱动程序， 无传感的实现是基于反电
- 移远EC800K-cn AT命令手册
- usb协议中文，个人学习整理，仅供参考
- IPOP4.1.exe
- 两阶段鲁棒优化程序 本程序采用微网为模型，主要将安装成本、运营成本以及综合效益三个方面纳入考虑范围，建立两阶段鲁棒优化模型，采用的是CCG方法，本程序为matlab编制
- C#上位机 APP监控西门子S7-1200 C#全套源代码 1，C#开发上位机手机APP，自己写的程序可提供部分 2，通过VS2019开发安卓手机app 3，全套源代码，现场运行设备实测有效 4
- MATLAB代码：考虑过网费用分摊的多产消者点对点能源交易分布式优化 关键词：点对点P2P交易 过网费用 分布式优化 ADMM 交替方向乘子法 仿真平台：MATLAB+自带的优化工具箱 主要内容
资源上传下载、课程学习等过程中有任何疑问或建议，欢迎提出宝贵意见哦~我们会及时处理！
点击此处反馈
