How do you determine cycle time for a production string near mulitple machines?
If Task A takes 30 seconds, but you enjoy 2 machines available, is the cycle time going to be 30 seconds (time it takes to complete odd job a for 1 unit of a product), or would it be 15 seconds because nearby are two machines working that will put off 2 units within the same 30 seconds?
Answers:
Hey John,
Cycle time is how long it takes to engineer ONE unit..twenty machines can make twenty at equal time each takes one cycle. Now if twenty machines can receive the same product 20times faster your inverse ratio kicks within...for the cycle time. Well have a good one from the E..
It's the duration of the slowest part of the process (since that will hold everything up) divided by the number of stations at which the process is man performed.
If you get 2 unit per 30 seconds, then the cycle time is 15 second. This would be the case whether you had one electrical device popping out a unit every 15", two machines each popping out a section every 30" or 240 illegal immigrant workers taking an hour each to do the living by hand.
Well!!
The cycle time remains the same 30 second.
Cycle time represents the time required for a product/task to be completed if its production line is clear.
The use of 2 Machines will come into light during Production Planning
That statement would be correct if the 2 machines operate within parallel, side by side.
If in series, one machine have to wait for the other, then the slower one will govern the gait.
Hope this properly answers your question
Guru
Sorry to disagree near Guru, but if you're talking about MACHINE cycle time, the machines are unbothered by each other's cycle times unless (as Guru intimates but doesn't say directly) they are surrounded by series and out of phase. If you're talking about PRODUCT or FACTORY cycle time afterwards 15 seconds would be correct.
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Answers:
Hey John,
Cycle time is how long it takes to engineer ONE unit..twenty machines can make twenty at equal time each takes one cycle. Now if twenty machines can receive the same product 20times faster your inverse ratio kicks within...for the cycle time. Well have a good one from the E..
It's the duration of the slowest part of the process (since that will hold everything up) divided by the number of stations at which the process is man performed.
If you get 2 unit per 30 seconds, then the cycle time is 15 second. This would be the case whether you had one electrical device popping out a unit every 15", two machines each popping out a section every 30" or 240 illegal immigrant workers taking an hour each to do the living by hand.
Well!!
The cycle time remains the same 30 second.
Cycle time represents the time required for a product/task to be completed if its production line is clear.
The use of 2 Machines will come into light during Production Planning
That statement would be correct if the 2 machines operate within parallel, side by side.
If in series, one machine have to wait for the other, then the slower one will govern the gait.
Hope this properly answers your question
Guru
Sorry to disagree near Guru, but if you're talking about MACHINE cycle time, the machines are unbothered by each other's cycle times unless (as Guru intimates but doesn't say directly) they are surrounded by series and out of phase. If you're talking about PRODUCT or FACTORY cycle time afterwards 15 seconds would be correct.
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