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The Digital Enterprise The Siemens answer to Industrie 4.0 requirements

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What Does it Take to Compete?

Some companies focus on customer utilization, feeding data back to ideation

Utilization Ideation

INNOVATION

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The Same Forces Transforming What You

Innovate will Transform How You Innovate

Utilization Ideation Realization

INNOVATION

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What Does it Take to Compete?

Fully digitalized businesses deliver both product and process innovation

Utilization Ideation Realization Utilization Ideation Realization

INNOVATION SMART INNOVATION

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The Industrial Internet of Things

Siemens’ vision and investments aligned with the strategy

2007

UGS Acquired

End of the 18th Century

End of the 19th Century

1970

2020-2030

INDUSTRIAL REVOLUTION 1ST

INDUSTRIAL REVOLUTION 2ND

INDUSTRIAL REVOLUTION 3RD

INDUSTRIAL REVOLUTION 4TH

Path to the Digital Enterprise

Dynamo-electric principle

First electric streetcar The History of Industry

Siemens founded in 1847.

Dynamo-electric principle

discovered in 1866.

First electric streetcar

begins service in

Lichterfeld, in 1881.

Simatic and Sinumerik

boost industrial productivity.

PLM optimizes product

lifecycle.

Modular cyber-physical

systems synchronizing the

digital and physical worlds.

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Industry 4.0 and Siemens

The Siemens portfolio of Solutions for the stepwise implementation of Industry 4.0

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The most complete Manufacturing Portfolio

Simulation Solutions for Plant, Line & Machines

Production Management Human Performance Quality Planning

Part Manufacturing Assembly Planning Plant Optimization

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Mechatronics Concept Designer

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Introducing Mechatronics Concept Designer

Features:

Early Concept Evaluation

Multi-Discipline Collaboration

End-to-End Functional Design

Reuse of Intelligent Objects

Virtual Commissioning

Open Interfaces to Other Disciplines

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Operations

Motion Control

Drives &

Actuators

Reusing past

components

Mechanical

Sensors

Concept Design with NX MCD

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Concept Design with NX MCD

Geometry, physics

Requirements,

Functional & Logical

breakdowns

Requirements Concepts Detail Engineering

NX Mechatronic Concept Designer

Sensors & actuators

Sequences, event-

based actions

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Concept Design

Analyze the purpose of the machine (Functional Decomposition)

Subfunction

Subfunction

Subfunction

Subfunction

Subfunction

Subfunction

Subfunction

Subfunction

Subfunction

Subfunction

Subfunction

Subfunction

Subfunction

Subfunction

Subfunction

Subfunction

Subfunction

Subfunction

Remove

tiles

Remove

tiles Turn tiles Turn tiles

Feed in

tiles

Feed in

tiles

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Concept Design

Describe the way the function can be implemented

Turn tiles Turn tiles Remove

tiles

Remove

tiles

Feed in

tiles

Feed in

tiles

Conveyer Conveyer Gripper Gripper Guided Slide Guided Slide

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Concept Design

Capture alternative implementations

Turn tiles Turn tiles Remove

tiles

Remove

tiles

Feed in

tiles

Feed in

tiles

Gripper Gripper Rotation Rotation Pusher Pusher

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Concept Design

Multi-disciplinary concept selection

Concept 1: linear loader Concept 2: rotating loader

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TEAMCENTER

TEAMCENTER

From Virtual Commissioning to production machine

SIMIT

Machine in Production

Profibus/Profinet

PLC

SIMBA

Bus Simulation Box

Automation hardware

NX MCD

Virtual PLC

SIMIT

Automation Software

PLC code Binaries

Virtual Machine Detailed Machine First virtual

prototype

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Virtual Commissioning supported by SIMIT and NX MCD

Automation simulation during development of the machine

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Benefits of Mechatronics Concept Designer

Multi-Discipline Collaboration

Concepts

Automation

Electric

Mechanics

Concept

Design

Detailed

Engineering

Requirements

Systems

Engineering Commis-

sioning

Real

Machine

Saving of time

Faster Development through

• Concurrent Engineering

• Virtual Commissioning

• Early validation of Concepts

• Less Real Prototyping

Better Product Quality through

• Tighter integration of disciplines

• Reuse of intelligent models

• Functional design

Lower Development Costs

• Faster Development

• Less Rework

• Less Prototyping

2014-02-13

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Industry 4.0 and Siemens

The Siemens portfolio of Solutions for the stepwise implementation of Industry 4.0

Restricted © Siemens AG 2015 Realize innovation.

Realizing innovation