OEE Sample calculation

[@Mayhem2414]

Simple yet helpful, thank you so much for doing this!!!

[@frankmunro1303]

Enjoyed that, I just need to be able to remember this. Thanks

[@MrKotecake]

Simple and easy to follow, thanks for the video.

[@TIGREinVOLO]

thanks for making this so simple

[@Texaspackage.LexusIS500V8]

Your awesome!! Thanks so much 🎉

[@valentinstegaru3722]

You maked verry simple in 6 min. THX!

[@engaredwan]

Could be simpler (855/2.6)/480 = same thing always used for cross-check

[@pawanjaiswal3379]

Sach a great method

[@Vijaysmdn]

How to calculate ideal run rate?

[@MegaBegins]

Hello. How do you calculate an ideal cycle time when the machine that you are measuring has to be operated by a human? Do I need to include an allowance for tiredness? How your performance will behave? Woould it be normal and correct to see perfomance higer than 100%, cause operator in some hours may not be tired? Can we consider the stoppage of equipment as a relief for operator fatigue? Hope you or anybody can aswer my questions.

[@jigsey.]

Can you help me with this please 1. In a typical 7-day period, the planning department of the pizza company programs its "Pizzamatic" machine for 148 hours. It knows that changeovers and set-ups take 8 hours and breakdowns average 4 hours each week. Waiting for ingredients to be delivered usually accounts for 6 hours, during which the machine cannot work. When the machine is running, it averages 87% of its design speed. An inspection has revealed that 2% of the pizzas processed by the machine are not up to the company's quality standard. Calculate the OEE of the "Pizzamatic" machine.

[@Buyer07]

this helped a lot, thank you

[@jawadbokhari1]

If OEE is low for example 70%, do we need to run the plant for longer to get the same throughout put if OEE was 100%. In case of 70%, should we run the plant for existing run time/0.7 to get the desired throughput?

[@jdeleon3821]

Should come out to 78.3% OEE

[@bondbreaker3096]

awesome

[@betechnical5835]

Can u make this vid again with Close-up

[@polversonrobotics2595]

Thanks for the video, and making is understandable. I have a problem with Good, Rejects and total pieces. To me the Total is Good + Rejects. Someone had to make the rejects too, right? In your calculations your total is the same with Good. How can that be?

[@mbhoniwitness915]

that calculation is wrong because of that ...i agree with you

[@7702306759]

Hello what are the steps which we need to follow if the oee calculated is below 85%

[@kateihle8599]

Thank you!

[@rogergoncalves1984]

That's great! I'd would like to ask a question If I may. How many 1% of the OEE would represent in production volume more or less? Thank you Joek! Roger,

[@yitbarekgetahun5911]

availability value can be divided by 420 not 480 ok

[@petrsindelar1596]

Is this really OEE? I think that this is TEEP. For OEE you should callcullate the "Planned op. time" = 480 - 15 - 15 - 30 (planned down times) = 420

[@Lionzvezdara78]

Agree with you

[@nisheshrohatgi]

exactly, breaks and lunchtime are planned

[@aman68931]

i have a question on which setup time is also mentioned in problem.is the setup time also considered a planned down time???

[@HarsHSingH-er6ct]

True

[@hdezlester]

This is OOE (overall operations Effectiveness) where the planned op time is the denominator. TEEP is inclusive of all available Time (24hours* 365days). For OEE the denominator should be 420 (480- planned downtime)

[@AbdulMajeed-ww7hp]

Dear, Please confirm performance calculation. • Performance = (Total Units x Ideal Cycle Time) / Real Run Time. But you mentioned total units / ideal cycle time.

[@jawadbokhari1]

@joek15

[@drtonyburns7321]

OEE is a nonsense number. "OEE is like using our weight times our height times our systolic blood pressure, as a measure of how good looking we are." - Dr Wheeler

[@ThejanaMunasinghe]

Thank You!