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With the new Forcam Force shop-floor management software, users access key real-time factory-floor manufacturing metrics. October 2015 | AdvancedManufacturing.org 53 MANUFACTURING SOFTWARE Why Manufacturing Needs Real-Time Data Collection Patrick Waurzyniak Senior Editor Real-time factory-floor data collection captures a goldmine of information that can improve operational performance R eal-time machine tool data collection isn’t just about helping manufacturers improve productivity and profitability, although that’s certainly a promised outcome. It’s also an essential first step toward a data-driven, high-tech manufacturing sector that is globally competitive. Today’s data-collection and monitoring solutions already help manufacturing operations management to see, analyze and quickly act upon time-sensitive data coming off the shop floor. While these new solu- tions are more readily available and also less expen- sive than in the past, they are still installed only at a relatively small portion of factories and shops, with some industry insiders estimating that fewer than 5% of machines are currently being digitally monitored. Image courtesy Forcam Inc.

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  • With the new Forcam Force shop-floor management software, users access key real-time factory-floor manufacturing metrics.

    October 2015 | AdvancedManufacturing.org 53

    manufacturing Software

    Why Manufacturing Needs Real-Time Data Collection

    Patrick WaurzyniakSenior Editor

    Real-time factory-floor data collection

    captures a goldmine of information that

    can improve operational performance Real-time machine tool data collection isnt

    just about helping manufacturers improve

    productivity and profitability, although thats

    certainly a promised outcome. Its also an

    essential first step toward a data-driven, high-tech

    manufacturing sector that is globally competitive.

    Todays data-collection and monitoring solutions

    already help manufacturing operations management

    to see, analyze and quickly act upon time-sensitive

    data coming off the shop floor. While these new solu-

    tions are more readily available and also less expen-

    sive than in the past, they are still installed only at a

    relatively small portion of factories and shops, with

    some industry insiders estimating that fewer than 5%

    of machines are currently being digitally monitored.

    Image courtesy Forcam Inc.

  • 54 AdvancedManufacturing.org | October 2015

    Machine tools connected through MTConnect, an open-

    architecture, royalty-free protocol for machine communica-

    tions, or through a variety of proprietary protocols available

    from CNC controls suppliers, can turn a growing stream of

    data coming off the plant floor into useful information. Key

    operational metrics such as overall equipment effectiveness

    (OEE), machine uptime and capacity utilization allow shop

    managers to quickly view the performance of a particular ma-

    chine or factory, and adjust as needed.

    IoT, Big Data Concerns

    The coming onslaught of connected Internet of Things

    (IoT) devices and the Big Data deluge may prompt more

    manufacturers to seek rock-solid solutions for dealing with

    extremely large amounts of operational data.

    More technology providers, such as Cisco, are moving

    into the manufacturing space with solutions for handling

    large amounts of unmanaged data, said David McPhail,

    CEO of Memex Inc. (Burlington, ON, Canada), developer of

    manufacturing execution systems (MES). Within our industry

    there are 20 million CNC machine tools installed globally,

    two million in North American alone, he added, and three

    more support assets are typically associated with each CNC,

    which creates an 80-million-machine universe. Yet over 90%

    of the worlds CNC assets are not connected because of a

    plethora of different data protocols.

    As an increasing amount of this data is captured, those

    within manufacturing see a higher-tech, data-driven manu-

    facturing industry taking shape. Big Data is just one part of

    the Third Platform of computinga convergence of mobile

    computing, social media, the cloud and Big Data, he said.

    As this third platform takes hold, plant managers of

    manufacturing companies are beginning to understand

    they cannot manage what they cannot measure, McPhail

    said. IoT or the Industrial Internet of Things [IIoT] has some

    boardrooms buzzing about the possibilities for data-driven

    manufacturing, so its helpful to us, but its still a high-flying

    concept that could take several years to land on earth.

    Helping this concept land is partly depending on that

    first stepcapturing and analyzing data that offers the most

    value, which isnt as simple as it seems considering the vast

    amount of data available in a manufacturing environment.

    Our developers are constantly improving the process-

    ing of the immense quantity of events that can be streaming

    into a database from a shop floor, said Jody

    Romanowski, CEO of Cimco Americas LLC

    (Streamwood, IL), a developer of data-collection

    software solutions. When a new system is

    implemented, it is important to determine if the

    information will be valuable to you and plan the

    collection of relevant data carefully.

    Its easy enough to collect Big Data, but

    make sure you are collecting events from which

    you can assemble useful information, she

    added. I think some of the Big Data arrays may

    be filled with information that is not relevant or

    cant be processed into useful information.

    Embracing Advanced Technologies

    Shops today are looking for ways to streamline

    operations, improve productivity, and reduce cost,

    noted Mohamed Abuali, CEO of Forcam Inc. (Cincinnati and

    Friedrichshafen, Germany). More manufacturers are embracing

    advanced technologies, Abuali said. At large enterprises, there

    is a necessity for global manufacturing intelligence and bench-

    marking, where managers can access KPIs and analytics at

    their fingertips, anytime, anywhere, in any language. At smaller

    manufacturers and job shops, there is a growing desire to moni-

    tor the shop floor, understand part flows, planned versus actual

    performance, run programs, and access paperless information.

    All manufacturers are trying to enhance the skills of an

    aging workforce and use technology to drive productivity,

    he added. At Forcam, we offer an scalable solution that

    can address the needs of large and smaller manufacturing

    enterprises, via a cloud-based or on-premise solution and

    manufacturing Software

    The MERLIN (Manufacturing Execution Real-Time Lean Information

    Network) MES software from Memex Inc. features dashboards with

    critical shop-floor metrics including OEE, availability, part quality and

    machine performance.

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  • 56 AdvancedManufacturing.org | October 2015

    the needed shop floor management training to assist them to

    use smart data to make smart decisions.

    The future lies in development of solutions that allow man-

    ufacturers to be more proactive, intelligent, and informed,

    and to support executing timely decisions, Abuali said.

    Forcams platform enables connectivity not only to machines,

    but to any IT system, such as quality, maintenance, PLM,

    and tool data, he added.

    MTConnect standardizes links be-

    tween systems, applications, and entire

    factories to provide an integrated over-

    all manufacturing system. In addition

    to MTConnect, Forcams technology

    supports a variety of real-time plug-ins

    to machine CNCs and PLCs, including

    manufacturer-specific drivers.

    Forcam is a pioneer of Industry

    4.0the 4th industrial revolution, also

    called the Industrial Ethernet. A major

    theme of Industry 4.0 is to build a cyber-

    physical system to map production Big

    Data in real-time, in a virtual space, like

    a cyber mirror, he said. Imagine your

    factory modeled in the cloud; this today

    is a reality. Big data requires advanced

    technological features such as in-memo-

    ry technology for real-time data acquisi-

    tion and processing. With this objective

    data, wastes are demonstrated crystal

    clear and you win the largest transpar-

    ency about the state of your manufac-

    turing. You can analyze the production

    virtually and optimize it in real-time.

    Getting Connected

    Many of the disconnected ma-

    chines on plant floors are older legacy

    equipment representing a huge invest-

    ment, and these machines can require

    more technology than a standard

    MTConnect adapter to fully implement

    modern data collection, monitoring

    and analysis systems.

    Reliable costs and quality are

    achieved by data-driven awareness on

    the shop floor, said Memexs McPhail.

    Second and third-tier manufacturing

    suppliers must be able to demonstrate

    that they can capture, analyze and share

    their production data with their upstream

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  • October 2015 | AdvancedManufacturing.org 57

    partners. The Overall Equipment Effectiveness

    [OEE] metric is now table stakes in the manufac-

    turing business, he said. OEE equals availability

    multiplied by quality multiplied by performance. The

    ability to demonstrate OEE as well as a process to

    constantly improve plant efficiency is the basis of

    coveted trusted-supplier relationships.

    OEE is an ideal, industry-accepted metric,

    McPhail added. An OEE of 80% or more is

    achievable by most manufacturing industry shop

    floors and the money people understand this, yet

    the majority of shop floors