Fall 2008 Navigator

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    OMNEX

    navigator

    When ISO 9001:2000

    arrived, replacing ISO

    9001:1994 and build-

    ing on the process approach inISO 14000, it

    ushered in

    an era of

    radically

    re-thinking

    the concepts, ap-

    proaches, and methodologies

    employed in Quality Manage-

    ment Systems. In fact, its impact

    has been so great that it has sig-

    b

    systems andprinciples in

    general. It

    marked the

    f

    a list of ele-

    m e n t s

    ( b a s i c

    g o o d

    b u s i -

    )

    f f

    processes implemented in a

    management driven architec-ture aligning

    Customer

    Epecta-

    t i o n s ,

    Processes,

    Outputs/Results,

    while requiring the managed

    f -

    cesses, products, and customer

    f.

    In contrast, the 2008 release of

    ISO 9001 seems to be arriving

    like Carl Sandbergs fog, on lile

    cat feet -

    . T b -

    f (

    latest being the FDIS, epected

    b b

    Amendment to the standard in

    Nb) -

    phasized that the Amendment

    incorporates no new require-

    Your customer is constant-

    ly asking you to change,

    b ? I -

    , b

    . T ,

    f f

    are driving changes in customer

    demand and understand how

    they impact the demands on

    z. T

    takes a look at how Quality,

    P, C, L-

    f f

    company.

    Quality

    Consumers have zero tol-

    erance for poor quality.

    I Q

    of the most important

    metrics for ranking a

    performance,

    and this all

    centers around customer s

    f. T

    dards high, automakers a

    f nate waste and improve th

    . T b

    f , -,

    ,

    minimal inventory througho

    . T

    90 f I Q

    is considered the scorecard

    assembly plant quality perf

    mance, and GM Plant Osha

    #2 JD P 20

    Gold Plant Quality Awa

    f N A also the most prod

    , 15.68

    vehicle.

    P

    P f

    assembly pla

    is measur

    ISO 9001:2008DIsTrACTIoN or oPPorTuNITy?

    David Watkins Vice President, Omnex

    Statistical ToleranceDesign with Simulation

    New Omnex SoutheastOffice in Atlanta, GA

    News from Omnex

    Around the WorldMoving from FMEA 3rdEdition to 4th Edition

    Omnex 2009 USTraining Schedule

    cont. on p4cont. on

    cont. on p3

    In the Eye of the OEMHow your CusTomer Is CHANgINg

    Jim Mourafetis General Manager, Southeast Regio

    2

    5

    6

    8

    10

    Jim MourafesDavid Watkins

    ISO 9001:2008 N. 14th!

    N 2008

    o 315 e. e P, s 110 A Ab, mI 48108 usA 734.761.4940 f@.

    1

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    navigatorStatistical Tolerance Design with Simulation

    Jaran Sabseree - Master Black Belt Consultant, Omnex Thailan

    E

    require tolerances for products or

    f -

    ments. In Figure 1, part B is installed intopart A. One of the customers requirements

    for this assembly is the size of the gap in the

    . I

    , b

    0.2 0.1 C = 1. T b

    is then this: what are appropriate tolerances

    f A (10.1 ?) B (9.9 ?) f

    the gap requirement. If the tolerance is too

    , f -creased. On the other hand, if the tolerance

    , -

    , . T

    discusses a technique for determining ap-

    propriate tolerances.

    W C T

    In this eample, the tolerances are set ac-

    cording to the worst-case scenario:

    A = 10.1 0.05 mm

    B = 9.9 0.05 mm

    With this method, so long as A and B are each

    within their tolerances the gap will conform

    the requirement. However, this method has

    -

    ,

    leading to higher

    manufacturing cost.

    T D

    Since the worst case

    scenario is unlikely,the tolerance can be

    improved by evalu-

    bb

    b f

    dimensions of parts

    A B. T

    can be simulated and

    the process capabil-

    ity of the gap can be

    calculated in order to

    evaluate the suitability of various tolerances

    for A and B.

    I ,

    :

    A = 10.1 0.07 mm

    B = 9.9 0.07 mm

    T f

    for A and B assuming triangular distrib

    ( b,

    f, b T b b

    mINITAB.

    Simulated data can be selected in pairs

    simulate the resultant gaps in the assemb

    T b f

    can then be calculated as in Figure 2. W

    (0.7), C 0.85,

    C .

    L f A B f

    A = 10.1 0.06 mm

    B = 9.9 0.06 mm

    A , C

    the gap as seen in Figure 3 has increased

    1.01, f ,

    appropriate tolerances for this gap requi

    ment. As these tolerances are wider th

    the worst case tolerance, the desired qua

    minimizing manufacturing costs associat

    with lower tolerance.

    m. J sb, o T m

    Black Belt Consultant, received the Best PaAward, presented by quality guru Prof. Dr. Ka

    2008 ANQ C B, T

    for his paper, Fusion Six Sigma: Methodology a

    Case Studies. P 7.

    o 315 e. e P, s 110 A Ab, mI 48108 usA 734.761.4940 [email protected]

    A = 10.1mm ?

    B = 9.9mm ?

    Gap specification: 0.2mm 0.1mm; Targeted Cpk = 1

    Figure 1

    0.320.280.240.200.160.120.08

    LSL USL

    LSL 0.1

    Target *

    USL 0.3

    Sample Mean 0.199901

    Sample N 1000

    StDev(Within) 0.0392679StDev(Overall) 0.0392581

    Process Data

    C p 0.85

    C PL 0.85

    C PU 0.85

    C pk 0.85

    Pp 0.85

    PPL 0.85

    P PU 0.85

    Ppk 0.85

    C pm *

    Ov erall Capability

    Potential (Within) Capability

    PPM < LSL 1000.00

    PPM > USL 3000.00

    P P M Tota l 4 00 0. 00

    Observed Performance

    P P M < LSL 54 78 .1 1

    P P M > USL 53 99 .6 2

    PPM Total 10877 .73

    Exp. Within Performance

    P PM < LS L 5468.14

    P P M > USL 5 389 .7 5

    P P M Tota l 1 085 7. 88

    Exp. O verall Performance

    Within

    Overall

    Process Capability of Gap No.1

    Figure 2 Figure 3

    0.300.270.240.210.180.150.120.09

    LSL USL

    LSL 0.1

    Target *

    USL 0.3

    Sample Mean 0.194377

    Sample N 1000

    StDev(Within) 0.031209StDev(Overall) 0.0312012

    Process Data

    C p 1.07

    C PL 1.01

    C PU 1.13

    C pk 1.01

    Pp 1.07

    PPL 1.01

    P PU 1.13

    Ppk 1.01

    C pm *

    Ov erall Capability

    Potential (Within) Capability

    PPM < LSL 1000.00

    PPM > USL 0.00

    P P M To ta l 1 000 .00

    Observed Performance

    PPM < LSL 1247.19

    P PM > US L 356. 70

    P P M To ta l 1 60 3. 89

    Exp. Within Performance

    PPM < LSL 1244.08

    P P M > USL 35 5. 60

    P P M Tot al 1 59 9. 67

    Exp. O verall P erformance

    Within

    Overall

    Process Capability of Gap after Tolerance Adjustment

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    navigatorISO 9001:2008 (cont from cover)

    David Watkins Vice President, Omn

    -

    f 2000 b

    A

    terms of improvement and enhanced impactfor Quality Management Systems.

    As characterized in a statement by the Con-

    f A L g (CALg), b-

    b TC 176, f

    the 2008 Amendment is threefold:

    Introduce claricaons to the exisng

    requirements of ISO 9001:2000

    Improve compability with ISO

    14001:2004

    Employ added or expanded notes as a

    way of enhancing understanding and

    overall QMS eecvenessT 2008 A

    an upgrade,

    2000 or 2008 will have equivalent status

    2000 f 24

    b f 2008 A.

    H, 12 b f

    2008 A,

    2000 standard will no longer be issued.

    W B?

    Changes in emphasis and Focus

    F, f

    0.1,

    f Qms

    by Business environment, changes in that

    environment, or risks associated with that

    environment. T

    f b. s-

    ly, this language suggests the need to factorin an awareness of these types of eternal

    changes when:

    1) adopng or changing policies

    2) determining objecves

    3) establishing and monitoring key per

    formance indicators

    4) managing connual improvement inareas crical to long term sustain

    ability

    (I, Iso/CD 9004 b

    circulated places enormous emphasis on

    z

    capturing, analyzing, and addressing the

    f f Qms.)

    Increased emphasis on the impact Proce

    es have on Outcomes appears in langua

    0.2, 3: to produce t

    desired outcome, and 1.1 Note 1, wh

    adds: intended output resulng from tproduct realizaon processes. While the

    are not radical, they do suggest the ne

    ,

    , bj f f Qm

    1. Quality Policy is consistent with the organizations commercial

    purpose, customer-centric, externally focused, and based on

    having effectively captured, analyzed, and understood cus-

    tomer values and requirements while expressing a real com-

    mitment to continual improvement in products, processes,and the QMS.

    2. Quality Objectives are quantiable, aligned with elements

    in the organizations Quality Policy, consistent with custom-

    er expectations and requirements, benchmarked to ensure

    competitive advantage, and integrated into the organizations

    business plan.

    3. Key Result Measurables, aligned with Quality Objectives, are

    employed by the Management Team to monitor performance

    and determine business planning process initiatives to con-

    tinually improve performance.

    4. Process Measurables have been determined and implemented

    to monitor variation in products, processes, and the effective-ness of the QMS, as well as support analysis and continual

    improvement planning. Process Measures from business pro-

    cesses are aligned with Key Result Measurables to see the

    impact these processes have on Quality Objectives and Cus-

    tomer Satisfaction.

    5. Management Review is focused on operational performance,

    employing analysis of Key Measurables, Process Measurables,

    and Customer Inputs, as well as effectively implementing a

    continual improvement process to achieve Quality and Busi-

    ness Objectives. Management Review is conducted frequently

    enough to be effective and sustainable.

    6. All of the processes of the QMS and their interactions have

    beendetermined,dened,anddocumentedtomanagees-

    sential knowledge within the organization. Appropriate mon-itoring and measurement is employed to help identify and

    understand variation in the efciency andeffectiveness of

    these processes in order to ensure their effective control and

    improvement.

    7. Program Management and the best practices of Advanced

    Quality Planning (AQP) such as Robust Design Linkages,

    FMEA, Control Plans, SPC, and MSA are incorporated into

    the realization processes.

    8. There is an effective,documented process for Verication

    and Validation of Product and Process Design; accordingly,

    the Process Design process is robust and fully integrated with

    the Product Design process.

    9. Corrective and Preventive Action processes are actively em-

    ployed to resolve and prevent failures in all of the processes

    of the QMS; the organization creates and maintains a problem

    solving culture.

    10. Internal audit is used to assess effectiveness as well as con-

    formityandthereforeprovidessignicantinputintooperating

    management review to enable greater understanding of the

    effectiveness of the system along with opportunities for im-

    provement.

    10 Key Elements of an Effective QMS

    o 315 e. e P, s 110 A Ab, mI 48108 usA 734.761.4940 f@. 3

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    navigator

    Not really new, but nonetheless important.

    T -

    out, changing from idenfy or list to

    determine (e.g. in 0.2 determine andmanage linked acvies, in 4.1 determine

    the processes needed, 4.2.1 & 4.2.3 de-

    terminedto be necessary). w

    f ? T

    determine , -

    , -

    sessment, and understanding, as compared

    f ,

    -

    . I..,

    is something called Purchasing, which we

    f, b

    P , -ment, and understanding.

    T A,

    Product Quality and related epressions

    conformity to product requirements. Some

    may read this as a change to lile q, but its

    . T

    z f b b

    and determinable, and is consistent with ISO

    9000:2005. A : If you cant

    dene it, you cant measure it. If you cantmeasure it, you cant understand it. If you

    cant understand it, you cant control it, etc.

    s C sf bj-

    ,

    b, , b

    f f -

    .

    C I

    Its in the Notes!

    Our reading of the FDIS of the Amendment

    elected to employ notes not only to enhance b ,

    , -

    , , f -

    . s :

    1.1, Note 1 adds to Product: any intended

    output resulng from the product realiza-

    on processes. Now presumably this would

    include as product: communicated inform

    , , , eDI ImDs f

    , , b, ,

    aging anything produced by elements ,

    .

    4.1, Note eplicitly includes analysis and i

    provement as processes that are need

    for the quality management system d

    b 4.1. I Qms

    ( )

    plicitly addressed either as processes or

    documented procedures in a manner lik

    Qms. T

    cally as an omission to be corrected.

    4.1, Note 2 epands the meaning of o

    sourced process by referring to an o

    sourced process as one needed for the

    ganizaons quality management syste

    that is performed by an eternal organi

    . m

    (e.g. Customer Service, Payroll, Purch

    Documents a mess? mnex can help.

    For more on document management, log in to the mnex

    website Resource Center to see the video o our webinar:

    M D

    G E 21st C

    www.omnex.com

    D P

    .

    W-

    S M- C U D F S

    A A R

    R C

    R D F

    D D

    A I L

    ISO 9001:2008 (cont from p3.)David Watkins Vice President, Omn

    o 315 e. e P, s 110 A Ab, mI 48108 usA 734.761.4940 [email protected]

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    navigatorOmnex Southeast OfficeOMNEx OFFICE OPENSDoors IN ATLANTA, gA

    James Mourafetis Gene

    Manager, Southeast Regio

    G

    Omne services, we are ecit

    to announce our epansion in

    s f u s

    with the opening of our Atlanta, GA

    . w

    Omne Southeast has already begun o

    f,

    T

    see, Alabama, Georgia, South Caroli

    T.

    S

    o f

    in the Southeast, despite the econom

    . w b

    b

    of both general as well as niche servic

    : PPAP

    z AP

    , f

    APQP , Iso 9001

    16949

    s-s g B C Tworkshops.

    H O H

    B f , o

    b z b b

    b

    market and economic demands, comp

    b f f

    f b.

    T o s

    you, please contact:

    Julie McColgan

    Director of Business Development

    P: 800-310-4129

    E-mai:j@.

    , I Pb, C s-

    , T, .) , f

    , b

    f Qms ( ), b

    f z ,

    f .

    In the companion notes it is clear that out-

    sourced processes and their controls must

    b f Qms. T f

    N 6.2, b:

    6.2, N 1 Conformity to product re-

    quirements can be aected directly or indi-

    rectly by personnel performing any task in

    the QMS (including, presumably, any tasks

    and processes which are outsourcedsee4.1 N 2, b). T

    refers to competencies, and directly sug-

    gests the need to assess and manage com-

    Qms

    and its processes. While this is a note and

    , -

    and manages competencies throughout its

    .

    6.4 N z work environment

    as condions under which work is performed

    including physical, environmental and otherfactors (such as noise, temperature, humid-

    ity, lighng, or weather). While this clearly

    ,

    that companies have frequently chosen to

    address this clause with a narrow scope,

    -

    ( )

    the many elements of environment which

    b

    f f

    the QMS.

    8.2.1 Note indicates that monitoring cus-

    surveys,

    customer data on delivered product quality,

    user opinion surveys, lost business analysis,

    compliments, warranty claims, [and] dealer

    reports. w -

    ited by the wording of the original clause, it

    -

    b Qms -

    ness by addressing the monitoring of Cus-

    sf b,

    f f -proaches.

    8.2.3 N -

    surement of processes based on a determi-

    their impact on the con-

    formity to product requirements and on the

    eecveness of the Quality Management

    System. It seems that, in the contet of the

    P-D-C-A m f C

    Improvement, this was always the intent of

    . H, -

    nizes that this has not ostensibly been the

    f . T - f -

    obj, K m, P-

    , , P m

    f C I.

    C

    T b f

    in emphasis and focus cited above, coupled

    with the changes in wording and clarifying

    N -

    ness of the QMS together provide an op-

    portunity to rethink, restructure, realign,

    and refocus your companys QMS. Improve- b

    f Qms, b

    they will help make it more relevant and em-

    powered to determine and achieve business

    bj

    -

    ability of the company.

    D w e VP, D f I-

    o,

    and trainer for Omne. With a wide range of in-

    f -

    f , f b f z

    to create value for their customers and stockhold-

    b

    f

    advantage.

    ISO 9001:2008 (cont from p4.)David Watkins Vice President, Omnex

    o 315 e. e P, s 110 A Ab, mI 48108 usA 734.761.4940 f@. 5

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    navigatorn f o Ad th wd

    O C

    o C b f

    b b

    f , , , -space, and service.

    In accordance with this strategy, Omne China has just signed a

    sKF C, b-

    b o sKF A P .

    Omne China will be providing a wide range of professional consult-

    sKF C, Ts 16949 Qms

    , APQP, FmeA, PPAP .

    T sKF g b f , ,

    b, , , b

    systems. SKF has 110 manufacturing sites distributed all over the

    70 . sKF 9 f

    C 3,000 located in Shanghai.

    o C, j g g, VP f o s,

    j f FmeA 4 ,

    80 40 .

    O M E

    o m-e 2008 b

    projects and on-site training being managed simultaneously from

    Db . A f o Db m

    r A, I m

    s . o A T , ,

    .

    Omne has also conducted Integrated Management Systems and

    Iso/ IeC 17025: 2005 Lb Q m s

    f s F Lb s ArAmCo r T

    r Lb.

    w f Ims, IT s, L s s j

    Omne Middle East is on the fast track towards unprecedented

    levels of growth.

    O I

    o I

    AIAg FmeA 4 APQP 2

    were released and has provided training on these processes for

    j I F I, T

    m, V I, m sz. T I

    Qms I T j I

    C F (ICF). T 50% f

    / ICT b ob

    November in Chennai. Other major clients from 2008 include

    D A B, ICICI B mb, J I

    , g Kb, s gb Ab, N

    T P C (NTPC).T o s C , o

    z

    . w V s m (Vsm

    B L 50%

    , 50% ,

    20% .

    o 315 e. e P, s 110 A Ab, mI 48108 usA 734.761.4940 [email protected]

    Michael Xu General manager o mnex China, Jiang Yaoping Vice Minister o MC, and the G delegation at the 2008 Guto Parts Purchasing Leadership and Supplier Forum in Beijing

    fcials rom Dubai Metro at mnexs ntegratedManagement Systems training

    CF Engineer B.M. Prasod speaks at the CF inauguration, withCF gen. mgr. Mrs. Sabita Gopal, mnex sia VP run Kumar

    and mnex regional manager Manoj Radhakrishnan

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    navigatorn f o Ad th wd

    O T

    T o T

    . w D e T-

    f L s s , -. T T L mf

    f s gb s T,

    TQm f e T, P I

    f ANCA T.

    o f, o T NrB

    B, H s f f I m-

    s. T o

    using Omne for their training and workshop needs of Si Sigma

    Green Belt training.

    Other customers for the quarter include Robert Bosch Automo-

    , NHK s, C K, e T, s N

    s P, m Bz T, e T.

    m. J sb o s C T

    Best Paper Presented Award from respected Prof. Dr. Kano during the

    Asian Network for Qualitys 2008 congress, conducted at Swissotel,

    T.

    O S L

    o z f

    s L m/ s-

    C (P) L. u , o

    L, s s, L A - s L b .

    T f Nb 17 b

    presided over by Dr. Sarath Amunugama, Hon. Minister of Enter-

    D I P, m. D

    w, e V P f o I o-

    .

    O M

    Omne Meico has recently been focusing on advising companies

    K Ts ,

    C T Ts f DNV (

    ), C, B, L, V r, C s

    s, D m, H-Lz, C, r

    s T, I I, s m

    Delphi Sabinas, and Interple Industries de Meico.

    w b T B m

    eQms Q f.

    O N A

    o C b into epanding industries (Medical Devices, Consumer Goods, &

    H) eQms f

    Recently, Omne Canada assisted in the development and prepa

    f Q m s f Iso 9001

    Iso 17025 b f

    Sierra Wireless.

    o B L

    200 N A. T

    j F A / PPAP f

    f . T

    - b. B L,

    Omne, has epanded this program world-wide.o j L / s s f L,

    j . w 14 g B s s L

    , f 1.5

    . L o f b

    in 2009.

    o 315 e. e P, s 110 A Ab, mI 48108 usA 734.761.4940 f@. 7

    mnex Tailand country manager Praveen Patiyaseviwith the Robert Bosch Quality team

    Jaran Sabsaree receives the NQ Congress 2008 Best Paper wardrom renowned quality guru P ro. Dr. Kano or his paper:

    Fusion Six Sigma: Methodology and Case Studies

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    navigatorMoving from FMEA 3rd Edition to 4th Edition

    Greg Gruska Vice President, Omnex System

    Come November 1st, 2008, the Chrysler,

    F, gm F m e

    Analysis Reference Manual, 4th

    b f AIAg - 3rd .

    T 4th f FmeA rf m

    f 3rd b

    focusing on the FMEA as a process rather

    than just a set of forms in order to minimize

    the improper use of the FMEA, including:

    Column shiing: placing informaon

    in the wrong columns thus hindering

    analysis and improvement eorts

    Deaon of the RPN to obtain an ar-

    bitrarily set threshold

    Sole reliance on the RPN in the evalu-aon of risk priories and improve-

    ment acons

    Focusing only on the compleon of

    the FMEA form and not on the knowl-

    edge contained therein

    Lack of understanding of the role of

    the FMEA process throughout the

    APQP process i.e. looking at the

    FMEA as a stac document necessary

    only for PPAP approval.

    T 4

    z Fm

    process to go beyond the basic implemen b bj -f

    b

    f FmeA

    to audit to the manual as a standard.

    g g, V P f o s

    is a Fellow in the American Society for Quality

    Si Sigma Black Belt, and Omnes principal c

    sultant in performance ecellence. He is als

    b f AIAg f

    MSA, SPC, and FMEA reference manuals.

    O C 3rd 4th E

    3

    rd

    edition 4

    th

    editionFc H

    DFMEA and PFMEA form

    How to develop and document a FMEA with emphasis on DFME

    and PFMEA

    APQP rlatinhip Not addressed Addressed

    FmeA Dv. Pc Not addressed Addressed

    Pq. Activiti Not addressed Addressed

    Dcntatin Oriented towards a single form. m b ( f

    3 f). A f

    Dcntatin DFMEA and PFMEA elements

    inconsistent.

    DFMEA and PFMEA element discussions made consistent wit

    .

    s, o, D rankin C sAe J-1739 C sAe J-1739 b .

    rPN Anali Only risk analysis metric discussed Default risk analysis metric is RPN, but alternate analysis acceptable. E f rPN .

    rPN Thhld No discussion on thresholds T f rPN b

    f f .

    Linka Not addressed Addressed

    exapl Single eample for DFMEA and PFMEA m

    T f , o r C www.omnex.com.

    Is your sotware ready or FME 4th edition?

    AQu Pro is! W-

    S M-, M- D P D F PPAP P S A Q

    G P C I A G

    P F C D S & F F D F E I U D L

    Integrated DocumentaonProcess FMEA

    Control Plan

    OP #ProcessFunction

    Description

    PotentialFailureMode

    PotentialEffects ofFailure

    PC IDPC

    Description

    PotentialCauses of

    Failure

    OccSev

    +++

    Preventive

    Controls Detective

    Controls

    OP #ProcessFunction

    Description PC ID

    Process Product

    PCDescription

    Control

    MethodsGage

    Sample

    E/M-T Size Freq

    +++

    ReactionPlan

    Det

    Tool

    P FMEA

    C P

    o 315 e. e P, s 110 A Ab, mI 48108 usA 734.761.4940 [email protected]

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    navigatorIn the Eye of the OEM (cont from cover.)

    Jim Mourafetis General Manager, Southeast Regio

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    V (HPV),

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    emphasis is increasingly placed on imple-

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    that either prevent defects or immediately

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    mized.

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    the North American Market, OEMs need to

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    and an investment in equipment and in-

    frastructure will

    allow an OEM to

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    forms, models,

    and chassis con-

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    customer demand, and it also empowers theOEM to support greater demand in foreign

    markets.

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    from Asia and Europe are growing in North

    America at an outstanding rate. Honda and

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    . V, Bmw, m,

    Nissan, Mitsubishi, and Hyundai all have as-

    sembly plants in North America. Kia has just

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    automakers are in planning to build Ameri-

    can assembly plants.

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    oem b

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    have also reduced overall WIP vehicle in-

    ventory levels within their assembly plants.

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    Alabama plant, wherein total material in-ventory never eceeds four hours worth of

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    is paramount, and as it turns out, cost is the

    driving factor behind all three of these other

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    returns and defects are etremely epensive

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    sembly plants in order to be able to quickly

    vast amounts of money by avoiding unneces-

    number of assembly plants to accommodate

    a broad range of models. Assembly plantz

    reduce costs by minimizing shipping, stock,

    storage, and maintenance overhead costs.

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    ence between OEM cost and market-driven

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    can control is cost, so any measures that ef-

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    Pressures from these factors have all led

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    skill, and empowerment at the operator level

    to make quality, cost, and delivery decisions,

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    , f-through pull systems, problem solving ski

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    improvement in safety and ergonomics, a

    a greater awareness and sense of urgen

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    oem z. J

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    has pioneered

    method to benc

    mark OEMs a

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    With this method, Omne is curren

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    and Harbor scores. Business Managemes

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    required improvements. Once the sco

    cards have been revised to meet OEM o

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    then creates an audit program to ensu

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    process.

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    Quality, Productivity, Logistics, and Cost

    drive OEMs approach to your organization.

    o 315 e. e P, s 110 A Ab, mI 48108 usA 734.761.4940 f@. 9

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    > ISO TrainingISO 9001:2008

    for the Service Sector

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    for ISO 9001:2008J 19-21, 2009February 2-4, 2009

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    The ISO/TS 16949:2002 Auditor HandbookProcess Approach Auditing for the Automotive Industry by Chad Kym

    I , The ISO/TS 16949 Auditor Handbook

    f z

    Iso/Ts 16949. T

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    customer requirements and business performance.

    Available now from Paton Press: www.patonpress.com

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