Process Capability | What is Cp Cpk | Video on Cp Cpk - Understanding Process Capability

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This Video on CP Cpk from Advance Innovation Group is intended to help the audience get a deeper insight to the Process Capability Indices of Cp CPk. The agenda of this Video on CP Cpk is to help you understand process capability measurement, Process Capability Ratio, Understanding Specification Limits and Control Limits, Understanding Z-Score, Understanding DPMO and Cp, Cpk.
Process Capability is the degree to which a system or service meets customer expectations or the ability of a process to produce defect free products. While you intend to study Process Capability it is recommended that you understand the Normal Distribution curve well. The above should be clear with this Video on CP Cpk.
If I add one standard deviation and subtract one standard deviation from the Mean, the area under the curve shall be 68.26%. If I add two standard deviation and subtract two standard deviation it would roughly cover 95.44%. While plus minus three standard deviation will constitute 99.74% of the data. If you were to superimpose Customer Specifications limit, the Upper Specification Limit and the Lower Specification Limit, any time data that goes beyond the specification limits shall be considered as a defect. Specification limits are mostly decided by the customer who may give you one sided or two sided specification limits. All the above concepts and much more are intended to be covered through this Video on CP Cpk.
#ProcessCapability #WhatisCpCpk Video on Cp Cpk - Understanding #ProcessCapability
Process Capability Study
This video from Advance Innovation Group (www.advanceinno...) is intended to help the audience get a deeper insight to the associated six sigma topic.
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[@Dasats]

Great...Superb explanation...I liked and understood..Great video...awesome 🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏

[@vidyottmasharma941]

Thank u sir for explaining so well Regards Divya

[@lahuran]

Very nicely explained

[@pramodmahajan9860]

Nice one thanks for sharing such a nice video about CP CPK. It is really nice and helpful. Thanks a lot.

[@vidhipathak1]

Perhaps the best video on subject matter.Easy and understandable explanation 👍👍

[@advanceinnovation]

Glad it was helpful!

[@bamadoctj]

Excellent video! I certainly come away with a much better understanding on how to interpret my process data. Thanks!

[@advanceinnovation]

bamadoctj thanks. please let us know should you need video on something else.

[@jatinab]

Amazing explanation of minute concepts that all looked LSS jargons..

[@tiyakher5371]

Thanku Advance Innovation Group for the Best explanation on cp cpk on youtube! thanks a lot!

[@tanbirkaushik574]

Yes..I like this video, Best explanation about cp cpk on youtube! thank you so much for sharing this one!

[@rocketscience5641]

sound of pronunciation is very clear and quantity of presentation is awesome

[@srinivaskuchibhotla36]

Fantastic explanation Pranay !!! Feeling confident now .. Thank you !!

[@rprogamer6884]

Excellent Video Good Work

[@PawanKumar-bl2fx]

Brilliant lecture

[@sonalimalik1185]

Thank you Sir! for the Great Explanation!! Thanks for the video!!

[@michaelewen5425]

The visualizations in this video were very helpful. Thanks.

[@ericw9253]

Best explanation on cp cpk on youtube! thank you!

[@ericw9253]

ok

[@shoebs1350]

Best explanation of Cp and Cpk

[@VibhuAgarwal-vs5sc]

very informative

[@balakrishna1972]

Nice

[@manojillangasooriya3590]

Excellent video

[@neelimasingh8667]

Helpful video..

[@3my408]

Most useful video on Cp and Cpk!

[@dynamicmes]

Very helpful! Clearly explained.

[@naseral-shahoubi5050]

thank you for this gorgeous explanation

[@julianzampach1103]

Thanks, very good explanation.

[@comfortablenetworks5415]

Nice video, thx. Whats the next step to go further the design thinking i.e. DoE. etc. ...

[@jahangeeralam71]

Great Explanation!! Thanks for the video!!

[@bhaskarallada8512]

very good explanation

[@NehaKashyap-lt1wn]

Very Helpful

[@advanceinnovation]

Glad to hear that

[@vidhipathak1]

Good

[@advanceinnovation]

Thanks

[@bhaskarallada8512]

Well explained

[@ratnadeeppatil3411]

Nice explanation sir, plz make,video on MSA of practical way

[@advanceinnovation]

Okay...will share shortly.

[@syedkashifrehan8246]

Thank you sir , it's a very clear and best explanation.

[@NehaSharma-cz2vh]

Nyc

[@rokonu3522]

nice

[@sihamchlait4383]

Please How did you know that std dev in the exp is 10??

[@Y4FT2MANYBANDZ]

Sir u r great

[@AnilSharma-up2wq]

good

[@tamsinolivier2870]

good video

[@allinoneRealChannel]

Please some one explain me As explained in video if cp = 1 then specification width and standard deviation should be same (as it look in diagram) but actually we are dividing 6 times of standard deviation . So normal distribution not just touching the specification USL and LSL ,but actually it is well within specification limit.

[@KhalidKhan-lr7mj]

awesome

[@anandmishra418]

THANKS NICE VIDEO

[@indreshsaluja1805]

Consider this as an example. LSL=0, USL =12, Mean =10, Stdev =2 Whats the Cp. According to you it would be 12/2*6= 1 showing that process is capable of meeting customer requirements. But in this case 2.28% defects are being produced in normal process. Kindly explain please.

[@advanceinnovation]

Indresh Saluja Mr Saluja, thanks for the question. While looking at CP, you are looking at short term capability i.e. Z St value shall be applicable and not Z Lt...and at that Zst level you will not have 2.28% defect as stated by you. And considering the Normal dis concept, we are saying that beyond a ND only 100 - 99.73% data will fall.

[@michellefrench5996]

great

[@jeffreysparks5783]

Thanks

[@neeleshpai]

@4:36 100-40/2 which is 70?

[@Icon6615]

thanks!!!

[@seosmruti5971]

Yes

[@advanceinnovation]

[@indreshsinghsaluja]

You got me wrong. What I am stating is the error in the video explanation that if cp=1 it means process is meeting customer requirements which may not be true.

[@ravikishorergajavalli]

Correct. Hence, we should always look at CPK value not CP value. Please correct me if i am wrong on this.

[@jaiho3152]

waaoo

[@mdhasanurrahman5213]

what a innivation

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like

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gd

[@suranjanachakraborty7832]

Sanjay Chakraborty

[@waltermitmasimon6854]

alguien podria traducirlo al español

[@advanceinnovation]

Por supuesto,se pondrá en contacto contigo

[@ankyroy5420]

OK

[@lalittuty6108]

(2*)=128

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Piyush Jaiswal

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hi

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