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ISO 9000
STANDARDS |
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FOUNDED in 1946, ISO (International
Organisation for Standardisation) consists of approximately 90
member countries at present and this number is expected to grow.
With the exception of the electrical and electronic engineering
industries (which are covered by International Electrotechnical
Commission - IEC), the ISO is responsible for the promotion and
development of international standards and related activities,
including conformity assessments such as testing, inspection,
laboratory accreditation, certification and quality assessments. |
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The ISO 9000 series standards have
been adopted by some 45 countries and its equivalent standard in the
Indian context is the Bureau of Indian Standards' (BIS) 14000
series. In the United States, the series is known as the ANSI/ASQC
Q 9000 series. |
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The standard
finds its origin in the European Community (EC) July 1985 product
liability directives (also known as the single market directives)
which state that for certain regulated products, manufacturers
exporting to the EC and, eventually, to the European Free Trade
Association, would need to have a well documented and implemented
Quality Assurance System.
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The ISO 9000
series standards provide the requirements to which organisations
desirous of certification must conform. One very important
aspect of the standards is that they were very generic in nature and
ingenuity is required while interpreting the standards'
applicability to the industry or firm in question. |
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What are the ISO standards? |
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Developed by the
ISO Technical Committee 176, published in 1987 and updated
approximately every five years, the standards comprise five
documents whose focus is Quality Assurance Systems. |
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These five documents are: |
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a) ISO 9000 - |
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Quality Management and Quality
Assurance Standards - Guidelines for selection and use |
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b) ISO 9001 - |
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Quality systems - Model for quality
assurance in design, production, installation and servicing. This is
the most comprehensive standard with 20 clauses. |
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c) ISO 9002 - |
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Quality systems - model for quality
assurance in production and installation. This standard has 18
clauses. |
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d) ISO 9003 - |
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Quality systems - Model for quality
assurance in final inspection and test. Requires conformity with 12
clauses. |
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e) Quality management and quality
system elements - Guidelines. |
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Related ISO standards: |
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10011-1 -
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Guidelines for auditing quality
systems, Part1 - Auditing.
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10011-2 - |
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Guidelines for auditing quality
systems, Part 2 - Qualification criteria for auditors. |
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10011-3 |
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Guidelines for auditing quality
systems, Part 3 - Managing audit programmes. |
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10012-1 - |
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Quality assurance requirements for
measuring equipment Part 1-Management of measuring equipment. |
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9000-3 - |
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Guidelines for application of ISO
9001 for the development, supply and maintenance of software. |
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9004-2 - |
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Quality management and quality
system elements, Part 2 - Guidelines for services. |
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There exists a
relationship between the 9001, 9002 and 9003 standards for the 12
and 18 clauses of 9003 and 9002 respectively. These are a
subset of the 20 clauses in the 9001 standard. At present, a
decision as to which standard applies is up to the unit seeking
registration. |
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Accreditation Bodies: |
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Registrars all over the world are
required to obtain the authority to audit and recommend registration
of a firm from the Accrediting Bodies. Some Accrediting Bodies are: |
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1. |
Amercian National Standard Institute - now merged with USA. |
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Registrar Accreditation Board (RAB). |
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Road voor de Certificate (RvC). |
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The Dutch Accreditation Council (RVA). |
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French Association Francaise Assurance Qualite (AFAQ). |
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National Accreditation Council for Certification Bodies (NACCB),
India. |
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SINCERT (Italy). |
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Swedish Board for Accredition & conformity Assessment Sweden (SWEDAC). |
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United Kingdom Accredition Service (UKAS) (formerly known
NACCB). |
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Joint Accredition System of Australia & New Zealand (JAS-ANZ). |
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Standards Council of Canada. |
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The Japan Accreditation Board for Conformity Assessment,
Japan. |
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Some famous International
registrars include : |
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1. |
ABS Quality Evaluations. Inc. |
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American Association for Laboratory Accreditation. |
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AT & T Quality
Registrar. |
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British Standards Institution (BSI) Quality Assurance. |
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Bureau Veritas Quality International (BVQI). |
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Canadian General Standards Board. |
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Det Norske Veritas Industry (DNV) etc. |
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ISO 9000 in India: |
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While certain bodies like BVQI and
DNV have already started operations in India, others are expected to
be following suit. This is because the number of companies
desirous of getting an ISO9000 series registration is ever
increasing. In addition to the registrars, the number of people
providing ISO related services such as consultancy on ISO
implementation and lead assessor courses is also showing exponential
growth. Apex industry associations such as the CII
(Confederation of Indian Industry) have also started providing
services such as the lead assessor course. |
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The Process: |
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One of the
important aspects of the ISO registration process is to verify
whether the unit seeking registration is indeed doing what is being
claimed in its quality manual. |
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The best
strategy to adopt when embarking on the road to ISO registration is
to adopt a simple model: design a quality assurance model from
bottom up to ensure that what is done is indeed what is documented.
Most auditors, while doing third party audits for registration, like
to follow the "show me mapping" process. |
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The process
should begin with a familiarisation with the standard, followed by
an assessment of the current quality assurance system with a special
focus on how it addresses the ISO requirements. Thereafter,
corrective actions to remove the gaps should be initiated and
continuous monitoring via internal quality audits should take place
to prevent the degradation of the systems' entropy to a higher
level. It is advisable to have the assistance of a consultant
to guide the implementation efforts.
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The registrars,
after conducting the audit, send their recommendations to the
accrediting body, which gives the certification. After
certification, periodic "unannounced" audits are conducted to ensure
that the unit is complying with the requirements of the standard. |
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Incidentally, it makes good sense
to decentralise registration efforts both from the point of view of
acquiring as well as retaining certification.
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The designed Quality Assurance
system should:
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suit
the unit's need,
not be restrictive to the point of being impractical
be continuously upgraded.
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Indeed the
implicit driving force behind the registration process should be the
formulation of a well throughout, effective system designed to bring
about improved performance.
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The benefits of registration:
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The ISO
certification should note be seen as a panacea to all
quality-related problems. In fact, it is only a base line model for
quality assurance, which can and should be upgraded continuously. It
represents a documented system for quality assurance and the real
benefit (besides improved quality) it offers is that it raises the
confidence of the third party dealing with the registered unit.
There is indeed a facelift in the organisation's corporate image and
not surprisingly, an advertising campaign follows the registration.
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There are other
technical benefits of registration as well. Since the adoption of
the Resolution of May 7, 1985, concerning a new approach towards
technical harmonisation and standardisation, the EC has adopted 8
modules, which apply to products covered under different directives
of the Council. Companies exporting any of the products
covered under the directives will need to conform to the
requirements of the applicable module. The eight modules are:
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Manufacturer's self declaration of conformity
EC type examination
EC declaration of conformity to type
Production quality assurance (ISO 9002)
Final inspection and testing (ISO 9003)
Product verification by EC third party series production
Same as F but for unit verification
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Full quality assurance (ISO 9001): |
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Thus, if a
company is exporting to the European Union, a product covered under
one of the directives, which require conformity with modules D, E or
H, the need for registration is obvious. |
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Though ISO 9000,
in its present form, does not deliver a comprehensive Total Quality
Management System, it is rapidly gaining ground as the base line
model. Its popularity is one the rise and even the Ministry of
Small Scale Industries has declared an assistance of up to Rs.75,000
to the small scale unit which secures an ISO 9000 series
registration which goes towards the cost of registration.
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What is true is
that these international standards affect national standards,
international trade and even national laws and regulations.
The vigilance of the TC/176 committee (the international committee
in charge of updating the ISO 9000 series) would probably ensure
that standards are adopted. Therefore, companies wishing to
increase or even maintain their niches in the European or global
markets must seriously consider obtaining ISO registration as soon
as possible.
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