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5S
Prashant Uttarkar
The 5S methodologies have been around for quite some time now, helping millions
of companies eliminate waste and improve efficiencies. It results in a well-organized
workplace complete with visual controls and order. 5S originated with Japanese
inventor Sakichi Toyoda–the founder of Toyota who is also known as the “father of
the Japanese industrial revolution.” The use of this tool was started in 1972 by Henry
Ford in the United States as the CANDO programme: Cleaning up, Arranging,
Neatness, Discipline and Ongoing improvement.
5S is believed to have started as early as the 16th century with the Venetian
shipbuilders in Venice, Italy. They used quality inspection techniques in an assembly
line approach to manufacturing ships for the royal navy, workers used quality process
production to build ships in hours instead of days or weeks.
The technique was popularized as ‘Japanese 5S’ in 1980 by Hiroyuki Hirano. 5S was
developed by Hiroyuki Hirano within his overall approach to production systems. As
noted by John Bicheno, Toyota's adoption of the Hirano approach. Hiroyuki Hirano
devised the five pillars of the visual workplace, a concept that would metamorphose
into the 5S methodology. In Japan it is also called ‘workplace management’. It said
as “a place for everything and everything in its place, when you need it”.
5S is a one of innovation concept that derived from the five Japanese words Seiri
(Sort), Seiton (Set in order), Seiso (Shine), Seiketsu (Standardize) and Shitsuke
(Sustain). The pioneer of Five-S concept is Mr. Takashi Osada.
1S: Seiri / Sort- Keep away the whole rubbish and unrelated materials from the
workplace.
Sorting is the first step-removing all surplus items from the work centre which are
not needed for the immediate continual operations. Separation process is helpful in
determining the necessary materials at the present or the future and should be stored
in a designated storage area. Effective tool: Red Tags.
A good rule of thumb is: “If you do not use it on a daily basis, throw it out.” Leave
only the things you absolutely need to get your job done.
Red Tags: Identification of necessary items and separating unwanted items with help
of red tag.
 Attach a red tag to each item that is unneeded or does not belong in the
area.
 Attach a red tag to each item that belongs in the area but DOES NOT
have an identified storage area.
 Fill out each tag to describe what each item is and why it was tagged.
 Record all the tags and their description in the “5S Tag Log.”
This will create more free space and hidden problems can be identified and this
indirectly avoid accidents thereby increasing safety.
2S: Seiton /Set in order- Arrange everything needed in the workplace in right
place to capture and storage things easier.
Objectives: Forming a regular workplace, avoiding time loss while searching for
material and so improving the efficiency.
Goal: To create a standardized and consistent way to store and retrieve tools and
materials.
Set in order helps the workers to save time and to gather the required items. i.e.
Example:
 Line Mark: Painting the floor helps to identify the places of storage of
each material or transport ways. Eg. Yellow colour use
 Tool Outlining: Drawing out the shapes of tools makes possible the
quick putting aside them on the constant places.
 Label or Signs: Colouring labels permit to identify the material.
 Tool/ Accessory Foam: Spare parts or documents.
 Shadow board: Tools, equipment, and materials must be systematically
arranged for the easiest and the most efficient access.
Advantage: process improvement (increasing of effectiveness and efficiency),
Shortening of the time of seeking necessary things.
3S: Seiso /Shine-. Now it’s time to sanitize with Shine, Clean the working space
and look for ways to keep it clean. The best times for cleaning are the beginning of
shift, end of shift or after meal.
Objective: To identify and eliminate the root cause of waste, dirt and damage as well
as clean up the work station.
In the 5S system, cleaning is everyone’s responsibility. Divide the total area in
zones and allocate responsibility for cleaning for each zone. By implement this step,
two things will happen:
1. Your employees will like coming to work in a clean environment.
2. Because you are keeping the equipment and your surroundings in great shape,
you will have fewer injuries and fewer equipment breakdowns.
4S: Seiketsu /Standardize- This rule obliges you to respect the previous 3S,
without which you cannot go to the next step and by creating the guidelines for Sort,
Set in order, and Shine and this is called “Standardize”. Standards should be very
communicative, clear and easy to understand.
Goal: Is keeping, standardize, and preventing from this present order and regularity.
Objective: To create standard procedures throughout the operation, so that
operators can always perform their daily tasks in the same manner.
In order to maintain the first 3Ss, management must be ensured to document support:
this presents all the procedures and principles to follow, and sets out the routines
which are to be fully implemented in the operators’ practice. Standard instructions
should be in the context of a picture to make it even more simplistic and easier to
update, requiring less administrative work and it will improves work efficiency.
Helps in reducing educating the new person joining the area on standard method in
practice.
5S: Shitsuke / Sustain- It is the most difficult S to implement and achieve the
goal. It is personal discipline to follow the standards and to continue the above 4S’
throughout the lifetime.
 It tries to prevent fall back because of disinterest of employees.
 Promotes habits for complying with work place rule and procedure.
 Fosters a commitment to continuous improvement.
Always Practice (Shitsuke): Train employees disciplined for practicing 5S system
continuously so that the habits and culture within the organization. People tend to
resist change and even the most well-structured 5S plan will fail if not constantly
reinforced. It creates an educating, co-operating, discipline system and inspection for
protecting the best present situation.
Conclusion:
Driving a 5S-style approach, the problems and complaints through the work flow will
decrease and the communication between the personnel will be simplified. The
savings will be obtained in the size of the required working environment, important
drops will be observed in the operation cost.
Beneficial effects such as cleaner, organized, efficient workplaces for enhanced
safety and increased productivity; reduction of inventory and supply costs and
recapturing of valuable spaces and minimizing overhead costs. Sustain is a key to
success.
Reference:
1. History of 5S: An Overview of the 5S Methodology 2010-05-04 brighthubpm.com
2. Jayant Morey “5S Method and its Implementation in Company” International Research Journal of
Engineering and Technology (IRJET), Volume: 07 Issue: 02, Feb 2020.
3. R. Ajaya And M. B. Sridharb “Incorporation of 5s Methodology in Construction Practices, www.
Sadguru publications .com
4. Santi Setyaningsih, Rucita Cahyawati Putri “Implementation of Lean Tools (Kaizen and 5s) In
Stainless Steel Japanese Company through Innovation” Jurnal OE, Volume Vii, No. 3, November
2015.
5. Vibhor Kakkar, Vijay Singh Dalal, Vineet Choraria, Ashish S. Pareta, Anmol Bhatia
“Implementation of 5s Quality Tool in Manufacturing Company: A Case Study” International
Journal of Scientific & Technology Research Volume 4, Issue 02, February 2015.
6. R. S. Agrahari, P.A. Dangle, K.V.Chandratre “Implementation of 5s Methodology in the Small Scale
Industry: A Case Study” International Journal of Scientific & Technology Research Volume 4, Issue
04, April 2015.
7. Rajkumar Devkar and Niyati Raut “Methodology for ‘5S’implementation in a small scale
manufacturing industry” IJISET - International Journal of Innovative Science, Engineering &
Technology, Vol. 4 Issue 3, March 2017.
8. Chingying Au-Yeung and Emma Andreasson “The use of 5S and TPM in a business critical machine
station within production” A case study at Parker Hannifin in Falköping, University engineering
Industrial Engineering Thesis number: 2017-15-03.
9. Atma Yudha Prawira, Yuwarni Rahayu, Mohammad Hamsal and Humiras Hardi Purba “A Case
Study: How 5s Implementation Improves Productivity Of Heavy Equipment In Mining Industry”
Independent Journal Of Management & Production (Ijm&P) V. 9, N. 4, October - December 2018.
10. Eileen Julieth Hernández Lamprea, Zulieth Melissa Camargo Carreño, Paloma María Teresa
Martínez Sánchez “Impact of 5S on productivity, quality, organizational climate and industrial
safety in Caucho Metal Ltda” Ingeniare. Revista chilena de ingeniería, vol. 23 Nº 1, 2015, pp. 107-
117.
11. Vipulkumar C. Patel*, Dr. Hemant Thakkar “Review on Implementation of 5S in Various
Organization” Int. Journal of Engineering Research and Applications, Vol. 4, Issue 3( Version 1),
March 2014, pp.774-779.
12. Fanny Y. F. Young “The Use of 5S in Healthcare Services: a Literature Review” International
Journal of Business and Social Science Vol. 5, No. 10(1); September 2014.
13. A Dimitrescu, C Babis, E Niculae, O Chivu and L Dascălu “Impact on quality of production using
5S method ” Journal of Research and Innovation for Sustainable Society (JRISS) Volume 1, Issue
1, 2019.
14. Guides and www. Google.

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5S Methodology Guide for Organizing Workplaces

  • 1. 5S Prashant Uttarkar The 5S methodologies have been around for quite some time now, helping millions of companies eliminate waste and improve efficiencies. It results in a well-organized workplace complete with visual controls and order. 5S originated with Japanese inventor Sakichi Toyoda–the founder of Toyota who is also known as the “father of the Japanese industrial revolution.” The use of this tool was started in 1972 by Henry Ford in the United States as the CANDO programme: Cleaning up, Arranging, Neatness, Discipline and Ongoing improvement. 5S is believed to have started as early as the 16th century with the Venetian shipbuilders in Venice, Italy. They used quality inspection techniques in an assembly line approach to manufacturing ships for the royal navy, workers used quality process production to build ships in hours instead of days or weeks. The technique was popularized as ‘Japanese 5S’ in 1980 by Hiroyuki Hirano. 5S was developed by Hiroyuki Hirano within his overall approach to production systems. As noted by John Bicheno, Toyota's adoption of the Hirano approach. Hiroyuki Hirano devised the five pillars of the visual workplace, a concept that would metamorphose into the 5S methodology. In Japan it is also called ‘workplace management’. It said as “a place for everything and everything in its place, when you need it”. 5S is a one of innovation concept that derived from the five Japanese words Seiri (Sort), Seiton (Set in order), Seiso (Shine), Seiketsu (Standardize) and Shitsuke (Sustain). The pioneer of Five-S concept is Mr. Takashi Osada. 1S: Seiri / Sort- Keep away the whole rubbish and unrelated materials from the workplace. Sorting is the first step-removing all surplus items from the work centre which are not needed for the immediate continual operations. Separation process is helpful in determining the necessary materials at the present or the future and should be stored in a designated storage area. Effective tool: Red Tags. A good rule of thumb is: “If you do not use it on a daily basis, throw it out.” Leave only the things you absolutely need to get your job done. Red Tags: Identification of necessary items and separating unwanted items with help of red tag.  Attach a red tag to each item that is unneeded or does not belong in the area.  Attach a red tag to each item that belongs in the area but DOES NOT have an identified storage area.  Fill out each tag to describe what each item is and why it was tagged.  Record all the tags and their description in the “5S Tag Log.” This will create more free space and hidden problems can be identified and this indirectly avoid accidents thereby increasing safety. 2S: Seiton /Set in order- Arrange everything needed in the workplace in right place to capture and storage things easier. Objectives: Forming a regular workplace, avoiding time loss while searching for material and so improving the efficiency. Goal: To create a standardized and consistent way to store and retrieve tools and materials. Set in order helps the workers to save time and to gather the required items. i.e. Example:  Line Mark: Painting the floor helps to identify the places of storage of each material or transport ways. Eg. Yellow colour use  Tool Outlining: Drawing out the shapes of tools makes possible the quick putting aside them on the constant places.  Label or Signs: Colouring labels permit to identify the material.  Tool/ Accessory Foam: Spare parts or documents.  Shadow board: Tools, equipment, and materials must be systematically arranged for the easiest and the most efficient access. Advantage: process improvement (increasing of effectiveness and efficiency), Shortening of the time of seeking necessary things. 3S: Seiso /Shine-. Now it’s time to sanitize with Shine, Clean the working space and look for ways to keep it clean. The best times for cleaning are the beginning of shift, end of shift or after meal. Objective: To identify and eliminate the root cause of waste, dirt and damage as well as clean up the work station. In the 5S system, cleaning is everyone’s responsibility. Divide the total area in zones and allocate responsibility for cleaning for each zone. By implement this step, two things will happen: 1. Your employees will like coming to work in a clean environment. 2. Because you are keeping the equipment and your surroundings in great shape, you will have fewer injuries and fewer equipment breakdowns. 4S: Seiketsu /Standardize- This rule obliges you to respect the previous 3S, without which you cannot go to the next step and by creating the guidelines for Sort, Set in order, and Shine and this is called “Standardize”. Standards should be very communicative, clear and easy to understand. Goal: Is keeping, standardize, and preventing from this present order and regularity. Objective: To create standard procedures throughout the operation, so that operators can always perform their daily tasks in the same manner. In order to maintain the first 3Ss, management must be ensured to document support: this presents all the procedures and principles to follow, and sets out the routines which are to be fully implemented in the operators’ practice. Standard instructions should be in the context of a picture to make it even more simplistic and easier to update, requiring less administrative work and it will improves work efficiency. Helps in reducing educating the new person joining the area on standard method in practice. 5S: Shitsuke / Sustain- It is the most difficult S to implement and achieve the goal. It is personal discipline to follow the standards and to continue the above 4S’ throughout the lifetime.  It tries to prevent fall back because of disinterest of employees.  Promotes habits for complying with work place rule and procedure.  Fosters a commitment to continuous improvement. Always Practice (Shitsuke): Train employees disciplined for practicing 5S system continuously so that the habits and culture within the organization. People tend to resist change and even the most well-structured 5S plan will fail if not constantly reinforced. It creates an educating, co-operating, discipline system and inspection for protecting the best present situation. Conclusion: Driving a 5S-style approach, the problems and complaints through the work flow will decrease and the communication between the personnel will be simplified. The savings will be obtained in the size of the required working environment, important drops will be observed in the operation cost. Beneficial effects such as cleaner, organized, efficient workplaces for enhanced safety and increased productivity; reduction of inventory and supply costs and recapturing of valuable spaces and minimizing overhead costs. Sustain is a key to success. Reference: 1. History of 5S: An Overview of the 5S Methodology 2010-05-04 brighthubpm.com 2. Jayant Morey “5S Method and its Implementation in Company” International Research Journal of Engineering and Technology (IRJET), Volume: 07 Issue: 02, Feb 2020. 3. R. Ajaya And M. B. Sridharb “Incorporation of 5s Methodology in Construction Practices, www. Sadguru publications .com 4. Santi Setyaningsih, Rucita Cahyawati Putri “Implementation of Lean Tools (Kaizen and 5s) In Stainless Steel Japanese Company through Innovation” Jurnal OE, Volume Vii, No. 3, November 2015. 5. Vibhor Kakkar, Vijay Singh Dalal, Vineet Choraria, Ashish S. Pareta, Anmol Bhatia “Implementation of 5s Quality Tool in Manufacturing Company: A Case Study” International Journal of Scientific & Technology Research Volume 4, Issue 02, February 2015. 6. R. S. Agrahari, P.A. Dangle, K.V.Chandratre “Implementation of 5s Methodology in the Small Scale Industry: A Case Study” International Journal of Scientific & Technology Research Volume 4, Issue 04, April 2015. 7. Rajkumar Devkar and Niyati Raut “Methodology for ‘5S’implementation in a small scale manufacturing industry” IJISET - International Journal of Innovative Science, Engineering & Technology, Vol. 4 Issue 3, March 2017. 8. Chingying Au-Yeung and Emma Andreasson “The use of 5S and TPM in a business critical machine station within production” A case study at Parker Hannifin in Falköping, University engineering Industrial Engineering Thesis number: 2017-15-03. 9. Atma Yudha Prawira, Yuwarni Rahayu, Mohammad Hamsal and Humiras Hardi Purba “A Case Study: How 5s Implementation Improves Productivity Of Heavy Equipment In Mining Industry” Independent Journal Of Management & Production (Ijm&P) V. 9, N. 4, October - December 2018. 10. Eileen Julieth Hernández Lamprea, Zulieth Melissa Camargo Carreño, Paloma María Teresa Martínez Sánchez “Impact of 5S on productivity, quality, organizational climate and industrial safety in Caucho Metal Ltda” Ingeniare. Revista chilena de ingeniería, vol. 23 Nº 1, 2015, pp. 107- 117. 11. Vipulkumar C. Patel*, Dr. Hemant Thakkar “Review on Implementation of 5S in Various Organization” Int. Journal of Engineering Research and Applications, Vol. 4, Issue 3( Version 1), March 2014, pp.774-779. 12. Fanny Y. F. Young “The Use of 5S in Healthcare Services: a Literature Review” International Journal of Business and Social Science Vol. 5, No. 10(1); September 2014. 13. A Dimitrescu, C Babis, E Niculae, O Chivu and L Dascălu “Impact on quality of production using 5S method ” Journal of Research and Innovation for Sustainable Society (JRISS) Volume 1, Issue 1, 2019. 14. Guides and www. Google.