5S - A Japanese Method of Work Place Management | आपकी फैक्ट्री को चमकाने का राज़ |

Поделиться
HTML-код
  • Опубликовано: 9 фев 2025
  • 5S - A Japanese Method of Work Place Management | आपकी फैक्ट्री को चमकाने का राज़ |
    Join this channel to get access to the perks:
    / @qualityhubindia
    Check our 2nd Channel (Aryan_Viswakarma) / @aryan_viswakarma
    -----------------------------------------------------------------------------------
    Quality HUB India: The premier online platform for professional learning, offering courses, consultancy, and project management services in business excellence, Six Sigma, Lean Management, and more.
    -----------------------------------------------------------------------------------
    Download 'Quality HUB India' app for Career Growth
    Google Playstore
    Apple Store
    -----------------------------------------------------------------------------------
    • Web: www.qualityhub...
    • Portal: courses.qualit...
    • Email: qhi2017@gmail.com (Online course) or noiceglobal@gmail.com(Consultancy & training)
    -----------------------------------------------------------------------------------
    Key Course Category (100+ courses in Hindi &/or English):
    Certified Internal Auditor
    • Internal Quality Auditor - ISO9001:2015 and/or IATF16949:2016 bit.ly/3GQIjwc
    • IMS Internal Auditor (ISO9001, ISO 14001, and ISO45001) bit.ly/3nPgvAF
    • Internal Auditor - EHS (ISO14001:2015 and ISO45001:2018) bit.ly/3rICpqi
    • Internal Auditor - EMS (ISO 14001:2015) bit.ly/3KBrIhW
    Lean Six Sigma
    • Lean Six Sigma Yellow Belt (LSSYB) bit.ly/33Ex9fy
    • Lean Six Sigma Green Belt (LSSGB) bit.ly/3FS0ekT
    • Lean Six Sigma Black Belt (LSSBB) bit.ly/3KwWJUk
    • Lean Six Sigma Master Black Belt bit.ly/36ONYWC
    Lean Management
    • Basics of Lean Manufacturing & TPS bit.ly/3rDAvHC
    • Certified 'Lean Expert - Silver Level' - Level 2 bit.ly/3Irv2KR
    • Certified 'Lean Expert - Gold Level' - Level 3 bit.ly/3nNfg4S
    • Total Productive Maintenance (TPM) bit.ly/3IuprmO
    Tools and Technique
    • Core Tool (APQP, PPAP, MSA, SPC, and FMEA) bit.ly/3AmBO1v
    • Problem-Solving Tools (7QC+7M) and RCA bit.ly/3tOsa6x
    • Statistical Process Control (SPC) bit.ly/3nMVW8b
    • Problem-Solving Techniques (8D, PDCA, and A3) bit.ly/3nQubLN
    Expert Series
    • Certified Quality Manager (CQM) bit.ly/3IsN538
    • Certified Operational Excellence Manager (COEM) bit.ly/3IqRlAq
    • 5S Expert - Certification Program bit.ly/3fScE1e
    • Advanced Statistical Tools and Techniques bit.ly/3rzAiFo
    • KAIZEN Expert bit.ly/3GSX7KI
    • Certified Quality Cost Expert (COQ Expert) bit.ly/3qSr1cx
    • Minitab Expert Certification Program bit.ly/3nMVM0z
    Beginner Level
    • Basics of Quality Management bit.ly/3GTWyjB
    • Problem-Solving through 'Quality Circle Concept' (QCC) bit.ly/3qPGEkQ
    • Shop Floor Management (SFM) bit.ly/3YlLPYf
    • Root Cause Analysis and CAPA bit.ly/3gJUy5W
    Free Mini Course
    • Lean Six Sigma White Belt (LSSWB) bit.ly/3YIWqMd
    • How to Crack Interview bit.ly/3tg0oPp
    • Basics of Industrial Safety Management (BISM) bit.ly/3T49nOF
    • Basic Statistics and Statistical Tools bit.ly/3YKvI6E
    Learn in your leisure time and boost your career.
    …………………………………………………………………………………………………………
    Other RUclips Channels
    • Technical Channel: Technical HUB India bit.ly/3qugoi3
    • Motivational Channel: Gyan Jyoti India bit.ly/3MFXegA
    ……………………………………………………………………………………………….…………
    Join and Follow Us:
    • LinkedIn: / qualityhubindia
    • Instagram: / qhi2017
    • Facebook: / qualityhubindia
    • Telegram: t.me/qualityhubindia
    • Review Us at Google: g.page/r/CbcA6...
    ……………………………………………………………………………………………….…………
    #5Smethod #leanmanagement #qualityhubindia #aryanviswakarma

Комментарии • 15

  • @QualityHUBIndia
    @QualityHUBIndia  2 месяца назад +1

    Visit our Portal courses.qualityhubindia.com and website qualityhubindia.com/ for online free & paid courses
    Contact at +91-8094078781 / 7073111630; Email: qhi2017@gmail.com or noiceglobal@gmail.com for Training, Certification & Business Consultancy services.

  • @AbhaySingh-kf4dd
    @AbhaySingh-kf4dd Месяц назад +1

    Very useful and informative video. Thanks

  • @pkumar3713
    @pkumar3713 2 месяца назад +1

    Dear sir please continue quality related videos.

    • @QualityHUBIndia
      @QualityHUBIndia  2 месяца назад +1

      Thanks for the suggestion, I'll definitely explore more quality-related topics in the future.

  • @ydharmendrakumar4243
    @ydharmendrakumar4243 2 месяца назад +1

    Short video with good understanding
    Very good Sir

  • @ramanujupadyay8003
    @ramanujupadyay8003 2 месяца назад +1

    Very good

  • @IBRAR007
    @IBRAR007 2 месяца назад +1

    Sir snap gauge nominal size 25+-0.02 ke liye go aur no go size kya hogi? Please try to respond sir?

    • @QualityHUBIndia
      @QualityHUBIndia  2 месяца назад +1

      For a snap gauge with a nominal size of 25 ± 0.02 mm:
      GO size = 25 + 0.02 = 25.02 mm (upper limit)
      NO-GO size = 25 - 0.02 = 24.98 mm (lower limit)
      The GO gauge ensures the part fits within the maximum limit, while the NO-GO gauge ensures it doesn't fall below the minimum limit.

    • @IBRAR007
      @IBRAR007 2 месяца назад

      @QualityHUBIndia Sir A lot of thanks for your valuable response 🙏.

    • @vedprakash9895
      @vedprakash9895 Месяц назад

      Snap gauge is used to outside measurements so as per is 3455
      Go size 25.011+/- 0.002
      Wear limit= 25.020
      No go size 24.980+/- 0.002

  • @IBRAR007
    @IBRAR007 Месяц назад +1

    Sir please answer a question:-
    If the size of hole equal to the size of shaft then the type of fitment will be:
    A. No fitment, B. Interference fit, C. Transition Fit, D. Clearence Fit

    • @QualityHUBIndia
      @QualityHUBIndia  Месяц назад +1

      If the size of the hole is equal to the size of the shaft, the type of fitment will be:
      C. Transition Fit
      Explanation:
      Transition Fit occurs when the shaft size and hole size are such that the fit could result in either a slight clearance or a slight interference, depending on the actual dimensions after machining. This type of fit is designed to allow some flexibility in the assembly.