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Manufacturing Execution Real-time Lean Information Network 1 May 30, 2013 11:00 am to 11:30 am Factory of the Future Shop Floor to Top Floor Information - in Real-Time Presentation available at www.memex.ca/factory-of-the-future

Factory of the Future – May 30, 2013€¦ · Factory of the Future ... Microsoft in Manufacturing Dynamics Manufacturing ... Manufacturing Execution Real-time Lean Information Network

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Manufacturing Execution Real-time Lean Information Network 1 May 30, 2013 11:00 am to 11:30 am

Factory of the Future Shop Floor to Top Floor Information - in Real-Time

Presentation available at www.memex.ca/factory-of-the-future

Manufacturing Execution Real-time Lean Information Network

Introductions

Webinar Team:

David McPhail President & CEO, Memex Automation Dave Edstrom President and Chairman, MTConnect Institute David Rourke Manufacturing Consultant, Ellipse Solutions LLC Gil Garcia Director, Manufacturing Industries for Microsoft John Rattray VP, Memex Automation

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Manufacturing Execution Real-time Lean Information Network

Agenda

3

• “The Factory of the Future” (What / Why / How / When)

• Significance of the MTConnect standards and how it will drive the Factory of the Future. • The benefits of ERP and MES integration.

• ERP and the global vision for a Factory of the Future. • Demonstration: MES & ERP OEE / Machine Monitoring in Real-Time

– Dynamics AX to MES, OEE Dashboard – MTConnect, Focas, OPC & other protocols

• Summary – Wrap Up

11:00

11:30

Manufacturing Execution Real-time Lean Information Network

Factory Of the Future – WHAT is it?

Manufacturing Execution Systems The way of the Future Work Order Scheduling and

Results Reporting Direct To / From ERP

Connecting the Shop Floor to the Top Floor affords many benefits

such as Product production lifecycle visibility, Accurate scrap and reject

counts, Actual v. Planned production time, Costing, capacity utilization,

etc.

Evidence Based Real time data collection at each machine and Discrete Process on the shop

floor

Drives all facets of Manufacturing Operations Management such as Scheduling, Costing, Root cause

analysis, On Time delivery, Production Efficiency, process

visibility, etc.

Process Improvement , Benchmark Analysis, Corrective Action, Repeat

Data collected can identify constraints and

drives the circle of continuous improvement and lean process changes, leading to greater

efficiency and profitability, affords immediate corrective action and vetting of results quickly,

objectively, and sustainably.

Cost containment / Reduction - Ongoing

Drive costs out of the manufacturing process, leading to higher capacity utilization and higher profits for the same level of effort

WIP, Raw Material, Valuable Tooling, and Finished Goods

Tracking with RFID & ERP

Allows real time visibility of WIP, Raw Material, Specialized Tooling (Jigs and Fixtures), and Finished

Goods to all stakeholders via upload to ERP, and visibility in MOMS /

MES system

Horizontal & Vertical Integration

Vertical: Shop Floor To Top Floor, Integrating and optimizing all equipment and processes, from machine sensors to the ERP system. Horizontal: Across the Complete Plant, Integrating, communicating and optimizing the production operations.

© 2013 Memex

Manufacturing Execution Real-time Lean Information Network

• Increase throughput through collaboration and “Evidence Based Data” collection and review, feeding a culture of continuous improvement.

• Increase awareness and visibility of equipment and personnel, leading to increased utilization of these important assets.

• Increase Income From Operations (IFO) sustainably and objectively, for the short, medium and long term, 20% to 60%.

• To develop AND maintain a leadership role in Manufacturing, adopting cutting edge technology and best practices to stay ahead of the curve, whatever the challenge(s). 5

Factory Of the Future – WHY do it?

© 2013 Memex

Manufacturing Execution Real-time Lean Information Network

Value Proposition • Production improvements in the 10% - 50% range*

– Financial Profit - EBITDA; 10% Operational improvement 20-60% Profit improvement Sales @ current & full capacity

– Breakeven ROI in < 3 months

• Real-time machine visibility + OEE numbers • Operator Productivity increases • Reduce Downtime • Minimize Rejects, Improve Quality • Root Cause analysis • Value stream analysis • Labor productivity tracking • Fast to deploy, Quick ROI, Lowest TCO • Benchmark scheduling & value streaming • Automatic data collection from machine

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21% 62%

Manufacturing Execution Real-time Lean Information Network

• Involve and empower the Operator by giving them the tools to be part of the solution, instead of simply pointing out there is a problem.

• Initiate and sustain a culture of teamwork as it relates to continuous improvement by delegating resources, setting achievable goals, and vetting progress regularly, adjusting goals upwards over time.

• Adopt technology that connects the top floor ERP system to the shop floor asset(s) (equipment and personnel) bi-directionally, affording unparalleled visibility and transparency of shop floor processes.

7

Factory Of the Future – HOW?

ERP

SHOP FLOOR

© 2013 Memex

Manufacturing Execution Real-time Lean Information Network

• With a 10% - 50% Sustainable increase in capacity utilization, which translates into a significant increase in IFO, companies who adopt the philosophy of the Factory of the Future experience investment returns usually measured in months.

• Utilizing a proven solution, and with management setting the course for systemic cultural change, the risk of project failure is virtually eliminated.

• The time is now….. Money is being left on the table (locked / lost in the past) each day that the “Factory of the Future” remains a concept, not a reality.

8

Factory Of the Future – WHEN?

© 2013 Memex

Manufacturing Execution Real-time Lean Information Network

Topic

Dave Edstrom President and Chairman, MTConnect Institute phone: 703-728-8885 email: [email protected]

9

Significance of the MTConnect standards and how it will drive the

Factory of the Future.

Manufacturing Execution Real-time Lean Information Network

Significance

10

“MTConnect will be more important in the 21st century than the CNC was in the 20th century.” John Byrd, former president of Association Manufacturing Technology, www.amtonline.org

www.MTConnect.org

Manufacturing Execution Real-time Lean Information Network

BEFORE MTConnect The Classic (N-1)2 – N Problem

打開和免版稅將永遠贏得市場

الفوز الملوك وحر ومنفتحالسوق في دائما

Offene und immer gewinnen den Marktplatz

Ανοικτή και θα κερδίσει πάντα την αγορά

Åpen og vil alltid winthe markedsplass

App A

App B

App D

App E

App C

Manufacturing Execution Real-time Lean Information Network

AFTER MTConnect Think of MTConnect as a Protocol Pipe

Connecting Manufacturing Equipment to Applications

打開和免版稅將永遠贏得市場

الفوز الملوك وحر ومنفتحالسوق في دائما

Offene und immer gewinnen den Marktplatz

Ανοικτή και θα κερδίσει πάντα την αγορά

Åpen og vil alltid winthe markedsplass

What information would you like from me?

What information would you like from me?

What information would you like from me?

What information would you like from me?

What information would you like from me?

App A

App B

App D

App E

App C

Manufacturing Execution Real-time Lean Information Network 13

MTConnect White Papers

Download from: www.MTConnect.org

Manufacturing Execution Real-time Lean Information Network 14

mainframes

1960

batch computing time sharing

minis

distributed computing

networked personal computing

micros / PC’s

open systems & client servers

cooperative computing

universal computer connectivity

Connected Manufacturing Model

2000 1980 1990 1970

Connected Manufacturing Evolution

2010

Technological Shift

Internet Universal Machine Connectivity

“Following the computer and the Internet, every machine tool will become a node on the network creating greater efficiency.”

The shift in manufacturing is to MES connectivity as the technology is here today, the tools are readily available and it is cost effective.

© 2013 Memex

The Benefits of ERP and MES Integration

David Rourke Manufacturing Consultant

phone: 303-526-5460 email: [email protected]

ERP MES Integration

Reliable and accurate shop floor information

Reduces lead time and manufacturing costs

Increases production throughput and product quality

Supports Business management and decision support

The Information Foundation for the Factory of the Future

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Factory of the Future

The Factory of the Future shifts the shop floor paradigm from disconnected to connected by automating the flow of information throughout the factory and from the “Shop Floor to the Top Floor”.

17

Factory of the Future

Central Focus: Empowered and equipped employees, supported by information from an integrated ERP and MES System.

18

“Support the Internal Customer” Empowered and Equipped with Information

19

Qua

lity

Chec

k

Tooling Help

Engineering

Relief Req’d IFO

Guiding Precept: If the Equipment is producing it’s product at optimal efficiency, the company has Sales capacity for the finished product, and the finished good is sold at a profit, THEN the higher the throughput (equipment utilization), the greater the companies profit margin.

Definition: A paradigm shift where

the Operator is the central focus,

equipped, empowered, and supported by all the

required resources of the organization, to

maximize equipment utilization.

Paradigm Shift (Current v. Future)

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Factory of the Future: - Connected ERP/MES shop floor - Vertically and Horizontally Integrated - Support the internal customer (paradigm shift with demonstrable and sustainable

benefits) - Electronic Traveller (work orders, work instructions) - Real-time monitoring of machines and manual processes - Full shop floor visibility/transparency (all plants and processes) - RFID (Assets / WIP / PM’s)

Factory of the Present: - No Connection between ERP/shop floor - Paper work order driven - Limited real-time data - Minimal timely collaboration between operators

and management

© 2013 Memex

Microsoft in Manufacturing Dynamics Manufacturing

Gilbert Garcia Director, US Dynamics Mfg. Industry Business Solutions, Microsoft [email protected]

Today’s Topic: ERP and the global vision for a Factory of the Future

Business Systems 2 Way Integration

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Import ERP production schedule into MES Job Queue. Track Job Progress on each machine in real time, pro-active alerts. At Shift / Job end, export actual production results data to ERP. Minimize WIP, eliminate errors, automatic data collection, timely information.

ERP

MES Software on Server

Hardware Abstraction Layer

Ax9150 UMI

ISA-95 Standards

Profit

Level 4

Level 3

Level 2

Level 1

Level 0

This image cannot currently be displayed.This image cannot currently be displayed.

Mfg. Execution System

Dist. Control System

Connection

Machine

ERP

From ERP: production plan, work orders To ERP: production performance results

Machine Connectivity

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… Find Hidden Capacity Improve Uptime

• Minimize Downtime due to unforeseen breakdown • Predict when a machine will fail • Online diagnostics for machine up and running faster

Reduce Costs • Embed Maintenance Records & Alerts

Improve Profitability • Analyze uptime for hidden capacity • Identify Bottlenecks to improve throughput.

Improve Quality • Links to Quality Control • On machine inspection & In-line Correction

OEE (Overall Equipment Efficiency) = Availability x Performance x Quality = % Utilization x % Std Rate x % Yield Shows group or plant output as a % of maximum capacity World Class = 85% (= 95% x 95% x 95%)

85%59%

0%

20%

40%

60%

80%

100%

TheoreticalAvailability

ActualAvailability

UPTIME ANALYSIS

MaintenanceSetupIdleFeed HoldDial BackProductive

Maximize Utilization

The OEE Industry Standard gives a guideline in order to find ALL potential losses in effectiveness. WHY? An average machine in an average factory runs about 35 to 45% OEE. So it is losing 55 to 65% capacity! While - not running - running at reduced speed - or producing parts out of spec. How come then, that the average management reports numbers way over 80%? It is a matter of definition, What you are not looking for you will not find.

To really reveal the hidden machines in your factory, ALL Losses need to be defined and visualized

www.oeefoundation.org

OEE Definition

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Manufacturing Execution Real-time Lean Information Network

Topic

John Rattray VP, Memex Automation

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Demonstration: MES & ERP in Real-Time

Manufacturing Execution Real-time Lean Information Network 27

AX Production Order to MES

Manufacturing Execution Real-time Lean Information Network

Let’s Take a Look …

28

Shop Floor to Top Floor Dynamics AX to MERLIN … in Real-Time

It’s here now!

Demo

Manufacturing Execution Real-time Lean Information Network

Visibility –> Real-Time Status of Production Enables Proactive Control

29

Demonstration

Machine Connectivity Drivers

Protocols: MTConnect, Fanuc FOCAS2, OPC

Universal Machine Interface

Complete Productivity Solution: • ERP – MS Dynamics AX • MES Umbrella • Software - MERLIN • Operator Interaction • Machine Connectivity Layer

Manufacturing Execution Real-time Lean Information Network 30

MERLIN Operator Interface (HMI), Okuma PC based control

Customer Installations

© 2013 Memex

Manufacturing Execution Real-time Lean Information Network 31

Machine Description Okuma LB25 with OSP-7000L Control Ax9150 UMI & Mx2000 HMI, ~ 1 hour install

Customer Installations

Manufacturing Execution Real-time Lean Information Network 32

MES results to AX

Manufacturing Execution Real-time Lean Information Network

Benefits

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Reduce Unplanned Downtime Reduce Setup and Changeover Times Better Management of Resource Allocation,

Planning and Scheduling Operator Productivity Increases Efficiency with Automated Data Collection Better Root Cause Analysis Improve Quality, Minimize Rejects Identify Bottlenecks and Constraints Improve On-Time Delivery Manage Operations Pre-emptively & Proactively

(instead of Reactively) by Real-time visibility Measurably Improve Profitability

Productivity Increases of 10-50%

© 2013 Memex

Manufacturing Execution Real-time Lean Information Network

Representative Customers

34 © 2013 Memex

Manufacturing Execution Real-time Lean Information Network

1) Choose Project Leader. 2) Start a pilot machine / cell (includes

manual Welding, Assembly, Support equipment, and CNC machines).

3) Choose the Operator support staff, implement “Support the internal customer”. Deploy handhelds and email functions as required

4) Collect data. Set initial benchmarks. Connect ERP.

5) Review weekly and tweak procedures. Challenge performance complacency.

6) Repeat process up and down the plant.

Call Memex for a detailed one on one review, including ROI analysis & plan.

905-635-1540 email: [email protected]

Summary – Wrap Up

1 2

3 4

5

6

© 2013 Memex

Manufacturing Execution Real-time Lean Information Network

Contacts for Questions and Answers

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David McPhail phone: 905-635-1536 email: [email protected] David Edstrom phone: 703-728-8885 email: [email protected] David Rourke phone: 303-526-5460 email: [email protected] Gil Garcia phone: 802-258-1226 email: [email protected] John Rattray phone: 905-635-0590 email: [email protected]

Manufacturing Execution Real-time Lean Information Network 37 © 2013 Memex Automation Inc., 3425 Harvester Road, Suite 200, Burlington, Ontario, Canada L7N 3N1 (866) 573-3895

Thank You