Tuesday 29 March 2011

Cover project


UNIVERSITI KEBANGSAAN MALAYSIA
EPPA 3143 PENGURUSAN KUALITI

SEMESTER 2 SESI 2010/2011   
SET 1

   Topic: Case Study on RoHS ( Panasonic)
   
PENSYARAH:  PN.SHAZLINDA BINTI MD YUSOF

        AHLI KUMPULAN:
CHEW SHER NEE
CHEE SIAW WAN
CHONG YEE CHYI
YAP WOON PEI    
TAI HUI MIN         
LENG YUE THAI   
 
A121726
A122057
A123430
A122234
A123381
A121725

GROUP MEMBERS


NAME                : CHEW SHER NEE
NO.MATRIC      :  A121726
FACULTY          :  FEP
MAJORING        :  ACCOUNTING
YEAR                 :  YEAR 3
HOMETOWN     :  BAYAN LEPAS, PENANG 


NAME                : CHONG YEE CHYI
NO.MATRIC      :  A123430
FACULTY          :  FEP
MAJORING        :  ACCOUNTING
YEAR                 : YEAR 3
HOMETOWN     : IPOH, PERAK

 
NAME                : TAI HUI MIN
NO.MATRIC      :  A123381
FACULTY          :  FEP
MAJORING        :  ACCOUNTING
YEAR                 : YEAR 3
HOMETOWN     : SEGAMAT, JOHOR

 
NAME                : YAP WOON PEI
NO.MATRIC      :  A122234
FACULTY          :  FEP
MAJORING        :  ACCOUNTING
YEAR                 : YEAR 3
HOMETOWN    : MENTAKAB, PAHANG


NAME               : CHEE SIAW WAN
NO.MATRIC     :  A122057
FACULTY         :  FEP
MAJORING       :  ACCOUNTING
YEAR                :  YEAR 3
HOMETOWN    : SEREMBAN, NEGERI SEMBILAN

NAME                : LENG YUE THAI
NO.MATRIC      :  A121725
FACULTY          :  FEP
MAJORING        :  ACCOUNTING
YEAR                 : YEAR 3
HOMETOWN     : KAJANG, SELANGOR

Contents


No
Contents
1
1.0 Definition and background of RoHS
2
2.0 Company Profile
       2.1 Is the company ISO 9001 & ISO 14001 certified?
       2.2 Products related to RoHS directive and its market
3
3.0 RoHS control and monitoring in the company
3.1 How the company handles lot traceability and product recall in case of non conformance
      3.11 Documentation
      3.12 Information to stakeholder
      3.13 Countermeasure to improvement
4
4.0 The impact of RoHS directive on the company
       4.1 Strategic quality management
       4.2 Company image
       4.3 Staff mindset 
       4.4 Financial performance
5
5.0 Reference

1.0 RoHS Compliance Definition

The definition and aim of the RoHS directive is quite simple. The RoHS directive aims to restrict certain dangerous substances commonly used in electronic and electronic equipment. Any RoHS compliant component is tested for the presence of Lead (Pb), Cadmium (Cd), Mercury (Hg), Hexavalent chromium (Hex-Cr), Polybrominated biphenyls (PBB), and Polybrominated diphenyl ethers (PBDE). For Cadmium and Hexavalent chromium, there must be less than 0.01% of the substance by weight at raw homogeneous materials level. For Lead, PBB, and PBDE, there must be no more than 0.1% of the material, when calculated by weight at raw homogeneous materials. Any RoHS compliant component must have 100 ppm or less of mercury and the mercury must not have been intentionally added to the component. In the EU, some military and medical equipment are exempt from RoHS compliance. The RoHS directive took effect on 1 July 2006, and is required to be enforced and become law in each member state. It is closely linked with the Waste Electrical and Electronic Equipment Directive (WEEE) which sets collection, recycling and recovery targets for electrical goods and is part of a legislative initiative to solve the problem of huge amounts of toxic e-waste.

Examples of product components containing restricted substances

RoHS restricted substances have been used in a broad array of consumer electronics products. Examples of leaded components include:
  • paints and pigments
  • PVC (vinyl) cables as a stabilizer (e.g. power cords, USB cables)
  • solders
  • printed circuit board finishes, leads, internal and external interconnects
  • glass in television and photographic products (e.g. CRT television screens and camera lenses)
  • metal parts
  • lamps and bulbs
  • batteries
Cadmium is found in many of the above components, examples include plastic pigmentation, nickel-cadmium (NiCd) batteries and CdS photocells (used in night lights). Mercury is used in lighting applications and automotive switches, examples include fluorescent lamps (used in laptops for backlighting) and mercury tilt switches (these are rarely used nowadays). Hexavalant chromium is used for metal finishes to prevent corrosion. Polybrominated biphenyls and diphenyl Ethers/Oxides are used primarily as flame retardants.

RoHS is not the only environmental standard of which electronic product developers should be aware. Manufacturers will find that it is cheaper to have only a single bill of materials for a product that is distributed worldwide, instead of customizing the product to fit each country's specific environmental laws. Therefore, they develop their own standards, which allow only the strictest of all allowable substances.

Benefit of RoHS:

1)      Increase of communication across the supply chain serves as a platform for the implementation of REACH and other initiatives.

2)      Tighter process control, overall reduced number of defects and increased production efficiency (contradicts information appearing elsewhere in the report)

3)       Increased skill levels in the global workforce due to retraining and the knowledge transfer to Asia and less developed countries (assumes that globalization is driven by RoHS). In addition, "Japanese people and knowledge are seeking inspiration in Europe and the US" (the condescension toward Japan is hard to understand given the statistics on innovation contained within the report).

4)      Less leaching in landfills because WEEE contains less hazardous material and increased incentives for recycling because lead-free solder contains silver and gold

5)     Pressure on other sectors (such as aerospace and IT industrial controls) and countries to move to cleaner processes and reduced use of hazardous materials (such as China RoHS and Korea RoHS)

6)      Competitive advantage for EU manufacturers in markets where RoHS legislation is pending or contemplated 

Criticism of RoHS:
Adverse effects on product quality and reliability, plus high cost of compliance (especially to small business) are cited as criticisms of the directive, as well as early research indicating that the life cycle benefits of lead-free solder versus traditional solder materials are mixed. 

One criticism of RoHS is that the restriction of lead and cadmium does not address some of their most prolific applications, while being costly for the electronics industry to comply with. Specifically, the total lead used in electronics makes up only 2% of world lead consumption, while 90% of lead is used for batteries (covered by the battery directive, as mentioned above, which requires recycling and limits the use of mercury and cadmium, but does not restrict lead). Another criticism is that less than 4% of lead in landfills is due to electronic components or circuit boards, while approximately 36% is due to leaded glass in monitors and televisions, which can contain up to 2 kg per screen.

Restricting lead content in solders for electronics requires expensive retooling of assembly lines and different coatings for the leads of the electronic parts. Low-lead solders have a higher melting point (up to 260 °C, instead of just 180 °C), requiring different materials for chip packaging and for some circuit boards; the overheating also precludes the use of components that cannot survive the higher temperature. Low-lead solders are also harder, resulting in slow development of cracks (instead of plastic deformation, as the softer Sn-Pb solder does) because of thermal expansion and contraction as some parts heat up and cool down during operation, thus significantly impairing long-term reliability and device lifetime.

2.0 Company Profile: Panasonic Manufacturing Malaysia Berhad (PMMA)

 Located: Shah Alam
Best known by its Panasonic band name, Group & Global Headquarters, Panasonic Corporation based in Osaka, Japan is a worldwide leader in the development and manufacture of electronic products for a wide range of consumer, business, and industrial needs.
In Malaysia, Panasonic Malaysia Sdn Bhd (PM) has a long standing presence for more than 30 years since it was first established on 29 March 1976 by the name of Matsushita Sales & Service Sdn Bhd (MASCO) with all home appliances and audio visual products under National brand. In 1992, MASCO was renamed National Panasonic Malaysia Sdn Bhd (NPM) promoting National brand for home appliances and Panasonic brand for audio visuals and in the same year NPM achieved a new milestone of breakthrough 1st billion sales. From 1 October 2003, as a global brand unification movement of Panasonic worldwide, NPM was officially called Panasonic Malaysia Sdn Bhd (PM) promoting one brand Panasonic for all products range.
Panasonic Malaysia is a company engaged in the business of sales, service and marketing for the Panasonic brand of electrical and electronic consumer and business solutions. Through their wholly owned subsidiary, Panasonic Systems Engineering (PSE) they offer professional expertise in integrating system solutions from design, supply, installation, training and maintenance of professional electrical and electronic equipments and products.
PMMA started in early 1966 and it was the first factory in the newly-opened industrial site. With the help of 15 pioneer workers mainly from Klang and 20 Japanese engineers, PMMA produced it first product - dry cell batteries, black and white television sets, electric fans and later, refrigerators.
2.1 What is ISO 9001:2008
ISO 9001:2008 has been developed in order to introduce clarifications to the existing requirements of ISO 9001:2000 and to improve compatibility with ISO 14001:2004. ISO 9001:2008 does not introduce additional requirements nor does it change the intent of the ISO 9001:2000 standard.
No new requirements were introduced in ISO 9001:2008 edition but, in order to benefit from the clarifications of ISO 9001:2008, users of the former version will need to take into consideration whether the clarifications introduced have an impact on their current interpretation of ISO 9001:2000, as changes may be necessary to their QMS.
ISO 9001:2008 is intended to be generic and applicable to all organizations, regardless of type, size and product category.  It is recognized, however, that not all the requirements of this standard will necessarily be relevant to all organizations. Under certain circumstances, an organization may consider the exclusion of the application of some requirements of ISO 9001:2008 from its QMS. ISO 9001:2008 makes allowance for such situations.
 The concept of exclusions
All requirements of this International Standard are generic and are intended to be applicable to all organizations, regardless of type, size and product provided.
Where any requirements of this International Standard cannot be applied due to the nature of an organization and its product, this can be considered for exclusion.
Where exclusions are made, claims of conformity to this International Standard are not acceptable unless these exclusions are limited to requirements within clause 7, and such exclusions do not affect the organization's ability, or responsibility, to provide product that meets customer and applicable statutory and regulatory requirements."
Therefore, an organization should consider whether all the requirements of the standard are relevant to its activities, based on the nature of the organization itself, its products, and the processes it uses to meet customer, statutory and regulatory requirements. In addition, the organization should take into account any commitments it has made in its quality policy and objectives and how these could affect the need to undertake particular realization processes. All of these can affect the scope of the organization’s QMS.
Therefore, an organization should consider whether all the requirements of the standard are relevant to its activities, based on the nature of the organization itself, its products, and the processes it uses to meet customer, statutory and regulatory requirements. In addition, the organization should take into account any commitments it has made in its quality policy and objectives and how these could affect the need to undertake particular realization processes. All of these can affect the scope of the organization’s QMS. Since 1995, PMMA certified with MS ISO 9001:2000 Quality Management Systems Certification by SIRIM.
What is ISO 14001
ISO 14001 is the internationally recognised standard for the environmental management of businesses. It prescribes controls for those activities that have an effect on the environment. These include the use of natural resources, handling and treatment of waste and energy consumption.
Implementing an Environmental Management System is a systematic way to discover and control the effects your company has on the environment. Cost savings can be made through improved efficiency and productivity. These are achieved by detecting ways to minimise waste and dispose of it more effectively and by learning how to use energy more efficiently. It verifies compliance with current legislation and makes insurance cover more accessible.

Since 1996, all Panasonic manufacturing plants worldwide-including the factory in Kobe, Japan where Tough book mobile computers are made-have achieved ISO 14001 registration and implemented the ISO 14001 Environmental Management System. The Kobe factory has also been certified for ISO 9001, an international standard for quality management systems that enhance product quality assurance and customer satisfaction.

The ISO 14001 international standard established a systematic approach that organizations can use to minimize or prevent environmental impacts and risks. This approach, known as an Environmental Management System or EMS, requires the organization to establish an environmental control policy, educate employees about procedures and continually monitor environmental performance.

2.2 Product Related to RoHS Directive and its Market
Example Product which Compliance to RoHS
1)               Hygienia Dish Dryer

 Inhibits Bacteria and Fungus
     Quick drying at temperature 70˚C to effectively eliminate bacteria - E-Coli and Staphylococcus aureus, the main bacteria that cause of illness such as diarrhea, cholera, typhoid fever, food poisoning, skin infection.
 Practical and Hygienic

Stainless steel rack that is rust free and easy cleaning.
 Compliance with RoHS free material*
2)      Rice Cooker
Menus available
·         Ability to cook : White/brown rice, nasi lemak, sushi, porridge, slow cook, quick cook, steam
·         Compliance with RoHS free material*

*All the materials used are free from hazardous substance such as Lead (Pb), Mercury (Hg), Cadmium (Cd), Hexavalent Chromium (Cr6+), Polybrominated Biphenyls (PBB) and Polybrominated Diphenyl Ether (PBDE).






3.0 RoHS Control And Monitoring In Panasonic

Panasonic voluntarily set corporate-wide internal limits exceeding RoHS legislation. This system not only requires declarations from suppliers but also analytical proof on a regular basis. Based on these results, Panasonic can assign risk levels to suppliers and products purchased, ensuring all products conform to the RoHS Directive and internal standards.

The RoHS directives are aimed at 10 categories of electrical and electronic equipment:

                    i.            large household appliances
                  ii.            small household appliances
                iii.            IT and telecommunications equipment
                iv.            consumer equipment
                  v.            lighting equipment
                vi.            electrical and electronic tools
              vii.            toys, leisure and sports equipment
            viii.           medical devices (with the exception of all implanted and infected products)
                ix.            monitoring and control instruments
                  x.            automatic dispensers

The RoHS directive is applied uniformly in Europe and bans lead, mercury, cadmium, hexavalent chromium, polybrominated biphenyls (PBB) and polybrominated diphenyl ethers (PBDE) as hazardous substances from July 1, 2006 onwards.

Within the scope of this directive, categories viii and ix of the 10 categories listed above are excluded for the time being. This means, components are used in medical or industrial devices are not covered by the RoHS directive. When used in the other categories, e.g. household appliances, then compliance is required. As a result of this environmental policy, all Panasonic relays are now ROHS compliant.

Relays with contacts that contain cadmium are still exempt from the RoHS directive. However, due to its general corporate policy, Panasonic no longer offers any relays whose contacts contain cadmium. So besides Cadmium-free relays, Panasonic will keep relays with AgCdO contacts available upon the customer's request.

Major Obligations and Commencement Time

Requirement
Prohibit the use of 6 specified hazardous substances in products.


Target Substances (*)
1) Lead content                                      <0.1% by weight

2) Mercury content                                <0.1% by weight

3) Cadmium content                            <0.01% by weight

4) Hexavalent chromium content          <0.1% by weight

5) PBB content                                      <0.1% by weight
(*) draft, not-final
6) PBDE content                                   <0.1% by weight


Target Equipment
Almost all kinds of electric/electronic equip.


Applicable Time
1-Jul-06



Why Hazardous Substances Are Prohibited?

Name
Application
Adverse Effects
Lead (Pb)
Solder, contact/fuses, Component plating, cord insulation stabilizer…
Limb paralysis, anemia, Anorexia, headaches, Colic seizures, etc…
Mercury (Hg)
Fluorescent lamp, LCD backlighting, paint pigments, etc…
Skin and eye irritation, Lung edema, kidney disorders, Ataxia, etc…
Cadmium (Cd)
Electrical contacts in switches And relays, temperature fuses, Paint pigments, etc…
Eye irritations, weakness, dry retching, Kidney disorder, anorexia, etc…
Hexavalent Chromium
Screws, sheet metal plating, etc…
Skin-mucosa ulcer, bronchial Infection, kidney disorder, lung cancer, etc…
Polybromobiphenyl (PBB)
Packaging, Filters
Thyroxin disturbance, anomaly, etc.
Polybromodiphenyl Ether (PBDE)
Thyroxin disturbance, dioxin-like Toxicity, etc.




3.1 HOW PANASONIC HANDLES LOT TRACEABILITYAND PRODUCT RECALL IN CASE OF NON-CONFORMANCE


3.11 Documentation control


Quality documentation is a must in the modern world. This is a necessity due to several reasons. Most importantly, it allows errors to be isolated and successes to be replicated. Documentation also helps company to guard against the risk of potential litigation.


Panasonic Bhd. always has clear precise documentation of every important transaction, process, and action that takes place. This will allow company and workers to have a clear reference point whenever anything is in question. Additionally, the chances of processes and actions deviating from their expected results are very low when there is a comprehensive and systematic database of documentation concerning the appropriate requirements and procedures that need to be implemented.


If have non-conformance happened, the Documentation process and control is very important to handles lot traceability and product recall in case of non-conformance. For this purpose, Panasonic Bhd. have created standard documents (regulations and standard forms) that clarify the handling, storage location and period, and responsibility for all documents such as company regulations, specification documents, contracts, laws and regulations, industry-group related documents, safety documents, technical data, documents related to negotiations with administrative organizations, and others. 


At Panasonic, regulation document types are classified and managed as described below:


A.    Regulation documents are classified into the following 7 types:


(i)                 Regulations

(ii)               Standards   

(iii)             Technical standards   

(iv)             Specifications documents

(v)               Procedure documents   

(vi)             Instructions   

(vii)           Manuals


B.      Documentation for Maintenance, improvement, publication


For each regulation document, drafting (creation of a proposal and submission to an inspection committee), maintenance, improvement, publication, and implementation are carried out under the responsibility of 18 work functions, including development, materials, production engineering, quality and others to handles the traceability and product recall in case of non-conformance.


C.   Documentation about Establishment, revision, verification, discontinuation system


    The procedures for establishment, revision, verification, and discontinuation of regulation documents are shown in below:





Figure: Procedures for Establishment, Revision, Verification, and Discontinuation of Regulation Documents. 

Therefore, from this documentation process, they strive to satisfy all customers throughout the world regarding not only product functions and reliability but also price, delivery, service characteristics, safety, environmental conservation, resource utilization and others. 

 


3.12 Information to Stakeholder

Panasonic’s Stakeholders


           Stakeholders means that a person, group, or organization that has direct or indirect stake in an organization because it can affect or be affected by the organization's actions, objectives, and policies. Key stakeholders in Panasonic company include creditors, customers, directors, employees, government, shareholders (owners), suppliers, unions, community.

Panasonic places great value on interacting with customers, business partners and employees, their most important stakeholders. For this purpose, they conduct surveys of customers and employees, hold Excellent Partners Meetings and perform many other activities. All these measures are consistent with their commitment to the principles of customer first, co-existence and mutual prosperity. Further supporting this interaction are the Global Advisory Committee and other committees that bring together individuals from Panasonic and outside our group.

Organizational units and employees are also key components of their engagement with the stakeholders involved in diverse business operations. Interaction with stakeholders is part of everyday activities, allowing us to work constantly on establishing processes that can make CSR and responses to social issues part of our business operations

If have non-conformance happened, Panasonic Malaysia Bhd will try to handles lot traceability and product recall in case of non-conformance. For example, when discover get damages in products to consumer, the quality section will work together with design section, manufacturing section to clarify the cause of the malfunction, feedback the information to design or manufacturing process, and will strive their best for quality maintenance and improvement and to prevent recurrence. Besides that, Panasonic will disclose and state that the compliance in RoHS to all the stakeholders to inform them about compliance RoHS helps reduce damage to people and the environment in countries. 

They will make sure the components or material that have been used has provided immediate health benefits to electronics industry workers especially in prototype and manufacturing operations and inform to the community that Panasonic’s product are compliance to the RoSH and its very safe to used it. Panasonic as well as in Malaysia Bhd strive to satisfy all customers throughout the world regarding not only product functions and reliability but also service characteristics, safety, environmental conservation and resource utilization. 

In May 2010, Panasonic Corporation announced its new midterm management plan. Through this plan, they hope to take the lead in driving innovation inspired by everyday life, with the aim of achieving a sustainable society. Information about Panasonic’s business activities is provided in three reports, including 'eco ideas' Report, which provides details on our environmental activities, and our Annual Report, which provides financial information to shareholders and investors and Sustainability Report which  describe the innovations Panasonic is working on in hopes of contributing to sustainable growth.

For the ‘Eco idea report’, Panasonic has been globally manufacturing products in consideration of the environment from the following three viewpoints: prevention of global warming; effective use of resources; and management of chemical substances. Besides that, Panasonic has been utilizing an environmental assessment system for its products, under which they assess an environment impact of our products right from their planning and design stages. Based on the assessment results, they accredit products and services with higher environmental performance as Green Products (GPs).

 For the Sustainable report, as a global citizen, employees of the Panasonic Group around the world are committed to implementing specific environmental activities in workplaces, households, and local communities and passing on our efforts to the next generation. With an Eco Relay Committee set up in each region, we are promoting environmental activities as "One Panasonic" under the name "Panasonic ECO RELAY for Sustainable Earth" by integrating activities that are independently promoted. Each and every member of the Panasonic Group around the world including in Malaysia is committed to implementing specific environmental activities as a global citizen. Aiming to help build a sustainable global environment and society, Panasonic will connect people, regions, and activities on a global basis and pass on our efforts to the next generation to bring greater benefits to the world.

For the Annual report is a very important report for all stakeholders. The users of financial statements are people and institutions that use financial statements for a large variety of business purposes and their ability to understand and analyze financial statements helps them to success in the business world. The various users of financial statements are classified and detailed as follows:

Internal Users 


The internal users of financial statements are the individuals who have direct bearing with the organization. For the smooth operation of the organization, the managers and owners need the financial reports essential to make business decisions. So as to provide a more comprehensive view of the financial position of an organization, financial analysis is performed with the information supplied in the financial statement. Besides that, the financial reports or the financial statements are of immense use to the employees of the company for making collective bargaining agreements. Such statements are used for discussing matters of promotion, rankings and salary hike. 


External Users 


            The external users of financial statements are basically the investors who use the financial statements to assess the financial strength of a company. This would help them to make logical investment decisions. The users of financial statements are also the different financial institutions like banks and other lending institutions who decide whether to help the company with working capital or to issue debt security to them. The financial statements of different companies are also used by the government to analyze whether the tax paid by them is accurate and is in line with their financial strength. The vendors who extend credit to a business require financial statements to assess the creditworthiness of the business. General Mass and Media The common people as well as media are also the users of financial statements.

 

Lot Traceability Handling in Panasonic

All products display the manufacturing year and month, and a control number (precise number) that can be used for verifying the manufacturing history is applied. The manufacturing history includes the manufacturing equipment and worker as well as information on the parts and materials lot numbers. An example of the application of the number is shown below.

For the manufacturing year and month, the following two methods are mainly used.

1)      Method 1

§  Eight characters of alphanumeric characters are used, with the first four indicating the last digit of the year (1 character), the week (2 characters), and the manufacturing factory (1 character) in that order, and the remaining 4 (or fewer) characters indicating the individual date code for each BU.
§  Definition of week 1
§  The beginning of the week is Monday, and the week of that year that includes January 4 is set as the first week.
§  The definition and code for the manufacturing factory is set according to each product group.
§  For products that cannot be labeled in this way due to the shape being small, a separate method is used.

2)      Method 2

§  Three characters of alphanumeric characters or symbols are used, indicating the last digit of the year (1 character), the month (1 character), and the last digit of the date (1 character) in that order.
§  For the month, the months up to and including September are indicated with numerals. For the months of October and later, the first letter of the month (“O” for October, “N” for November, and“D” for December) is used.
§  The period within the manufacturing month is indicated by the presence/absence of a bar (-, -) and the position of the bar if present. A bar above the month character indicates the first period, no bar above or below the month character indicates the middle period, and a bar below the month character indicates the last period.
§  Please note that different labeling may be used depending on the product type.

Non-Conformance Handling Flow Chart in Panasonic



3.13 Countermeasures for improvement

To improve the product’s quality, if non-compliance is found prior to the product being placed on the market, immediate action should be taken to rectify the problem. Again, awareness from both producers and suppliers is vital so that any non-compliant component can be identified and modified before the product is made available on the community market. Besides, Regular checks of compliance systems and of new parts contribute to reducing this risk.

Countermeasures is an action that taken in response to an event or occurrence in order to negate the preliminary action. Countermeasures for improvement are very important for those companies that have a poor method in processing their product. Thus, countermeasures for improvement that apply by Panasonic is make product green, strive to achieve zero emission, strive to develop environment conscious production methods and system, expend product categories for cycling, make commitment to conserve energy and resources, make endeavors to develop sustainable energy, establish organizational structure to facilitate speedy and autonomous decision-making procedures, establish indicators and evaluation systems for environmental management, cultivate environment awareness in employees.

The company believe that establish those method are reasonable and appropriate in order to protect the legitimate interests of all Panasonic shareholders. Panasonic recognizes that if not comply with RoHS may cause damage or loss, economic or otherwise. Thus Panasonic hereby advising in advance against commend to improve RoHS control.

Inspection Process of the product

To improve the manufacturing’s product quality in Panasonic, inspection shall confirmed that all individual raw material is under RoHS compliant. During manufacturing there are numerous inspection processes, and the data from those processes are not used only as data for ensuring product quality, but are also used as data indicating the levels of various types of quality in each process and are fed back to the design and development stages, equipment control. In the final process of manufacturing section, inspection of all products is performed. By inspecting all products, an initial quality of 100% good products can be obtained. Further, to ensure various types of quality and reliability, sampling for shipment inspection and periodic testing are performed for verification, and whether or not the products satisfy the various demands of customers is verified. From the inspection process, it is require to confirm the ICP data availability by referring to ICP data master list provide by RoHS team member, to confirm the ICP data availability by referring to ICP data master list provide by RoHS team member, to highlight to RoHS team member if found that the ICP data already expired, to stamp RoHS indication on each bag for resin or labels for others and IQC inspectors must be well educate. 



Corrective Actions and Preventive Measures of the Product

When a problem occurs with a product or manufacturing process in Panasonic, countermeasure management of that product or process is performed promptly. Cause investigation and analysis are performed, and the details of measures to prevent recurrence from the root cause are determined. When the details of measures include changes of procedures, materials, processes, or systems, problems due to the change details are sufficiently verified and evaluated, and corrective actions and preventive measures are performed. Depending on the details of the corrective actions or preventive measures, prior approval is obtained from the customer.

After performing corrective actions and preventive measures, the results are investigated, and it is verified that the expected effects were obtained. The details from abnormality occurrence to countermeasures are promptly provided to related sections, and are recorded in quality records. In addition, for recurrence prevention and horizontal development, a quality report is created, which plays a role in preventing recurrence. This quality report is added to the overall Panasonic Group database, and is utilized in design, development, and checking during process change review to prevent recurrence.

After product shipment, if a problem occurs with a product, the product may be returned by customer request or a request from Panasonic. In such case, the sales section will investigate the usage equipment, usage conditions, usage period, and malfunction occurrence status, and together with the quality section, will strive to rapidly solve the problem at the customer side. The quality section will work together with design section, manufacturing section, etc. to clarify the cause of the malfunction, feedback the information to design or manufacturing process, and will strive their best for quality maintenance and improvement and to prevent recurrence. In addition, in order to ensure high quality and high reliability, even for minor problems, information on problem details, status, etc. will be requested the customer to be offered. The handling status of such problems at the customer side is reported to the customer by sales section upon demand.



Figure: System diagram for countermeasure treatment of problems

Problem Action report chain


Internal Audit

RoHS team shall conduct audit at least once per year for monitoring purpose of system implementation and to
ensure their product is free from contamination at least once per year. A standard checklist shall be use to ensure the content of important customer needs is fulfill. Checklist shall be using same as internal audit if materials is consigned. An internal audit actually consists of a process control method and corrective measures for precious problems.
Below items are the examples of internal audit check point,

Internal audit check items for Panasonic prohibited substances management:

  1. High-accuracy analysis data is periodically collected from raw material manufacturers.
  2. A mark is indicated on raw material packages showing that the material is free from hazardous substances.
  3. The receiving inspection by the company is performed as specified.
  4. A particular production lot can be identified when a problem occurs (Traceability has been established).
  5. The fact that hazardous substances are not present in production consumables such as chemicals and solvents used in the manufacturing process can be verified by using the analysis report or high-accuracy analysis data.
  6. When switching over the parts/materials in the manufacturing equipment, measures for preventing contamination by hazardous substances are implemented.
  7. Corrective measures for problems previously discovered in the company or at customers are continuously implemented. The revised standards and procedure for preventing problems are maintained.
  8. Education/training on hazardous substances (primarily related to the substances prohibited by Panasonic) is provided.