Title: Six Sigma DMAIC Template
1Premium Reduction Delivery Improvement Champion
Sponsor
2(No Transcript)
3Plant Premium 200x Detail
Data was obtained from the Premium Web Site
4Plant Premium 200x Detail
Data was obtained from the Premium Web Site
5Plant 200x Internal IPM
Data was obtained from the Premium Web Site
6Plant 200x Internal IPM
Data was obtained from the Premium Web Site
7SIPOC
8Plant Premium Reduction Delivery
Improvement Measure Date 01 / 06 / 0x
9Cause Effect Diagram
10Data Collection Plan
11Data Collection Plan
12Gage R R Study
- Repeatability
- Within Appraisers
- Appraiser agrees with him / herself trials
- Reproducibility
- Between Appraisers
- All appraisers assessments agree with each other
13Plant Premium Reduction Delivery
Improvement Analyze Date 03 / 24 / xx
14Descriptive Statistics
The median time for parts on backorder is 2.3
days. With a target of 2 days our process
defect rate is 53
15Descriptive Statistics
Our process is stable with no clustering,
mixtures, trends, and oscillations
16Identify variation Sources
17Identify variation Sources
X1 - Uptime
Data analysis shows that machine uptime and time
to fill a backorder do not have a strong
correlation not statistical root cause
18Identify variation Sources
X2 Set Up / Change Over
Data analysis shows that Set Up / Change Over
Time and time to fill a backorder have no
correlation not statistical root cause
19Identify variation Sources
X3 Tool Availability
No difference in either the center (median) or
spread (variation) between tool Available yes vs.
no not statistical root cause
20Identify variation Sources
X4 Press Availability
The p values are greater than .05 we accept the
null hypothesis there is no difference in
backorder time when a press is available yes
vs. no
21Identify variation Sources
X5 Spare Tooling Part Availability
Although the medians appear different, there is
not enough data to statistically conclude there
is a difference there were only six samples
when spare tooling was not available
22Identify variation Sources
X6 Maintenance Response Time
Statistical Root Cause with a p-value of .004
we reject the null hypothesis there is a
difference in times. When the maintenance call
takes over 4 hours then the backorder time goes
up significantly!!
23Identify variation Sources
X7 Tool Die Repair Time
Statistical Root Cause with a p-value of .001
we reject the null hypothesis there is a
difference in times. When the maintenance call
takes over 4 hours then the backorder time goes
up
24Identify variation Sources
X8 Orders vs. Pulls
No difference in either the center (median) or
spread (variation) when we ask If the pull was
greater than the order, yes vs. no not
statistical root cause
25Identify variation Sources
X9 Low Volume
No difference in either the center (median) or
spread (variation) when we ask If the part is low
volume, yes vs. no not statistical root cause
26Identify variation Sources
X10 Red Tag or Care
No difference in either the center (median) or
spread (variation) when we ask If the material
had any pieces in redtag, yes vs. no not
statistical root cause
27Identify variation Sources
X11 Start/Stop Part
No difference in either the center (median) or
spread (variation) when we ask If this PN was a
start/stop part, yes vs. no not statistical
root cause
28Analyze Take - Aways
- Maintenance Response Time is a significant
contributor to Time to Fill Back Order (Y) - Tool Die repair time is a significant
contributor to Time to Fill Back Order (Y) - Both Maintenance Response Time and Tool Die
Repair Time impact Uptime but Uptime alone is not
a significant factor - Other potential causes (Xs) did not show
significant impact to Time to Fill Back Order - This statistical data indicates that in order to
reduce the Time to fill a Back Order, which
potentially leads to premium, we must reduce the
Maintenance Response Time and the Tool Die
Repair Time
29 Next Steps
- Continue in the Improve Phase
- Develop solutions to improve Maintenance Response
Time and Tool Die Repair Time - Collect Data from the Recommended improvement
plan - Evaluate if corrective actions reduce or
eliminate the impact of Maintenance Response Time
and Tool Die Repair Time on the Time to Fill a
back Order / Premium
30 - Plant Premium Reduction
- Delivery Improvement
- Improve / Control
- Date 05 / 05 / xx
31 Develop Solutions
- Tool Die Repair Time Solutions
- Dedicated Tool Die support on all Shifts
- Use the Andon System to improve call priorities
- Die Maker inspects and releases parts in place of
a traditional release person - Document all Die changes in the log book
- Dedicated tool makers for different die families
- Maintenance Response Time Solutions
- Dedicated Machine and Maintenance Repair support
and on all shifts - Use the Andon System to improve call priorities
- PCL notifies maintenance when a part goes on
back order - Maintenance Supervisor copied on all critical
parts
32 Test Solutions - Pilot
33 New Capability Analysis
Applying the goal of less than 2 days on
backorder the solutions implemented improvement
our process from 1.4 sigma to a 2 sigma process.
34Timeline for Full Solution Implementation
- Department 11xx was the first module installed.
- Implementation of the remaining modules that will
utilize these solutions are as follows - Department 11xx will be completely installed by
5/15/xx - Department 11xx will be completely installed by
6/1/xx - Department 11xx will be completely installed by
8/1/xx - Department 11xx (Low Volume) will be completely
installed by 10/xx - Department 11xx will be replaced by 11xx
(8/1/xx) - Department 11xx will be replaced by 11xx (6/1/xx)
35 Financial Impact
- January April of 200x compared to January
April 200x indicates a reduction in premium of
16, 80, 84.5 and 31.4 respectively. - This equates to a 61.9 reduction in premium
over the same four month period. - Over the last two months departments without the
improvements have accounted for significantly
more premium than department 110x. - Dept 110x
Non-Improved Depts - March 18.0 52.0 (1119)
- April 27.8 58.9 (1116)
- Our implemented solutions improved our process by
30 - From 1.4 Sigma to a 2.0 Sigma
- Our implemented solutions reduced our median time
to fill a back order by 41.6 - From a median of 2.4 to a median of 1.4
- Based on these improvements we conclude that the
plant 11 premium will be reduced by approximately
34.0 - Based on 200x premium of 308,940, the financial
impact will be a reduction in premium of
105,040.00 per year.
36 Control Plan
- Plant xx team should monitor Maintenance Response
Time and tool Die Repair time. - This should be monitored on a monthly basis.
- If Maintenance Response Time or Tool Die Repair
Time is greater than 4 hours, plant should
investigate root cause - Need to determine responsible person (s) to
monitor these issues - System generated reports for Maintenance Response
Time and Tool Die Repair Time will support in
this effort
37 Intangibles
- Breaking down old barriers and avoiding
finger-pointing by using real data collected by a
true cross-functional team - Excellent cross functional team that was
represented by manufacturing, PCL, tool
engineer, Quality, IT, Terminal Store Supervisor
and Manufacturing PCL Master black belts - Dispelled many theories about causes for premium
and allowed us to focus on real root cause - Provided additional data for the manufacturing
team to focus on the real causes for premium and
other machine down time / Uptime issues - Processes across all functions are interrelated
but not all controlled by the plant manager - Good cross functional support is required for the
plant to be successful - Excellent job by IT support to provide accurate
real time data. - Every black belt project should have an IT person
on the team - Excellent data collection and support by all team
members.
38 39Plant xx- Dept. xxxx Premium in 200x
Data was obtained from the Premium Web Site
40Plant xx- Dept. xxxx Premium in 200x
Data was obtained from the Premium Web Site