Future state value stream map

profileDouble22
18506875061.xls

Takt Time

Takt Time Components
Takt Time = Available time Daily Demand
336.00 min. 500 units
Available Time Hours per work day 8
Available Time 336.00 min. Minutes 480
Available Time 20160.0 sec Efficency 70%
Total Working Minutes 336
Divided by demand 500
Takt Time 0.7 min. or 40 sec.
Note: Cells in yellow need manually entered values
&C&"Arial,Bold"&14Assembly Cell 6
a26933: If you are using Available time for 1, 2 and 4th shift combined you need to use a weekly demand not a daily demand.

Bar Chart 10 op

Operator Bar Chart for:
Models Covered:
Manual Cycle Times (Seconds) TOTAL MCT:
0 0 0 0 0 0
0 0 0 0 0
TAKT TIME:
(available time)
(customer demand)
20160
500
40 Sec
MIN. STAFFING:
(total MCT)
(takt time)
0
40
0.00
Contact Person: Revision Date:
People Cycle Time TAKT
Operator1 0 40 seconds 0
Operator 2 0 40 seconds 0
Operator 3 0 40 seconds 0
Operator 4 0 40 seconds 0
Operator 5 0 40 seconds 0
Operator 6 0 40 seconds 0
Operator 7 0 40 seconds 0
Operator 8 0 40 seconds 0
Operator 9 0 40 seconds 0
Operator 10 0 40 seconds 0
Note:cells in yellow need manually entered values

Bar Chart 10 op

&A
Page &P
People
TAKT
People
Seconds

Extended Bar Chart (15 Op)

Operator Bar Chart for:
Models Covered:
TOTAL MCT:
Manual Cycle Times (Seconds) 260.2
0 0 0 37 0 38 37.2 37.1 0 37 37.5 36.4 0 0 0
TAKT TIME:
(available time)
(customer demand)
20160.00
500
40 Sec
MIN. STAFFING:
(total MCT)
(takt time)
260.2
40.32
6.45
Contact Person: Revision Date:
People Cycle Time TAKT
Op 1 0 40 seconds 0
Op 2 0 40 seconds 0
Op 3 0 40 seconds 0
Op 4 37 40 seconds 0
Op 5 0 40 seconds 0
Op 6 38 40 seconds 0
Op 7 37.2 40 seconds 0
Op 8 37.1 40 seconds 0
Op 9 0 40 seconds 0
Op 10 37 40 seconds 0
Op 11 37.5 40 seconds 0
Op 12 36.4 40 seconds 0
Op 13 40 seconds 0
Op 14 40 seconds 0
Op 15 40 seconds 0
Note:cells in yellow need manually entered values

Extended Bar Chart (15 Op)

&A
Page &P
Given the current information about the operations we will be making some changes. There are 3 bottlenecks and we have 5 extra workers. Your goal is to get all the operations done with 7 people all working at 70 percent efficiency. In other words, all working below 40 seconds. The first thing to do is to fix the bottlenecks. Number 7 is the biggest bottleneck. To fix this worker 7 will give 20.6 seconds of their work to worker 12. The other bottleneck is worker number 4. 7.8 seconds of their work will go to worker number 6. The last bottleneck is worker number 10. 9.3 seconds of worker 10's time will go to worker 2. Worker number 2 will also to the job of worker 8. This eliminates worker 8. The remaining workers are numbers 1, 3, 5, 9, and 11. All these workers will combine. More specifically worker 11 will do all these jobs. Now we have 7 workers all working at an appropriate time. This is a much more efficient way to run the operation.