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,
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?
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.
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)
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?
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.
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
Simple yet helpful, thank you so much for doing this!!!
Simple and easy to follow, thanks for the video.
Your awesome!! Thanks so much 🎉
this helped a lot, thank you
Enjoyed that, I just need to be able to remember this. Thanks
You maked verry simple in 6 min. THX!
Thank you!
Thank You!
awesome
thanks for making this so simple
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,
Sach a great method
Could be simpler (855/2.6)/480 = same thing
always used for cross-check
Should come out to 78.3% OEE
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?
Can u make this vid again with Close-up
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.
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
Agree with you
exactly, breaks and lunchtime are planned
i have a question on which setup time is also mentioned in problem.is the setup time also considered a planned down time???
True
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)
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?
that calculation is wrong because of that ...i agree with you
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.
How to calculate ideal run rate?
Hello what are the steps which we need to follow if the oee calculated is below 85%
availability value can be divided by 420 not 480 ok
@joek15
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