pfmea-240-099-m02e-glx-r0- to be reviewed against the top cover
TRANSCRIPT
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8/4/2019 PFMEA-240-099-M02E-GLX-R0- To Be Reviewed Against the Top Cover
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Poten
Failure Mode and (Process
Customer :- Kaynes Technologies
Customer Part No.:- 240-099-M02E Process Responsibility : Mohan
Customer Part Name:- COSMETIC COVER BOTTOM Key Date :
Core Team : Purushothaman, Mohan, Zameer, Joshi
1.1.1. Customer drawing not clear 1.1.1.1. Asking for so
customer drawing
1.1.2. Incomplete data 1.1.2.1. Asking for co
confirming correct re
and complete data
SC
2.1.1. Changes in revision number 2.1.1.1.Counter chec
development drawing
whether all the data r2.1.2. Missing dimensions while doing
development drawing
2.1.2.1. Checking De
customer dwg and m
dimensions are prop
1.1.1. Handling 1.1.1.1. Incoming ma
done & verified with m
certificate
1.1.2.1. Enough mea
avoid scratches durin
1.1.2.2. Purchasing a
from supplier (approv
2.1.1.1. Incoming ma
done & verified with m
certificate2.1.1.2. Purchasing a
from supplier (approv
2.2.1.1. Incoming ma
done & verified with m
certificate
2.2.1.2. Purchasing a
from supplier (approv
3.1.1.1. Incoming ma
done & verified with m
certificate
3.1.1.2. Purchasing a
from supplier (approv
4.1.1.1. Incoming ma
done & verified with m
certificate
4.1.1.2. Purchasing a
from supplier (approv
5.1.1.1. Incoming ma
done & verified with m
certificate
5.1.1.2. Purchasing a
from supplier (approv
6.1.1.1. Incoming ma
done & verified with m
certificate
6.1.1.2. Purchasing a
from supplier (approv
1.1.1. Incorrect development drawings.1.1.1.1. Drawings are
giving to the operatio
1.1.2. Programming error(human error)1.1.2.1. Trained oper
instructionsLaser Cutting 1. Program error
1.1. Rejection / Rework .
6
6.1.1. Improper post-process
precautions by the supplier
5.1.1. Manufacturing process of the
supplier
6.1. Rejection 7
1.1. Bad finish of product
2.1. Rework / Rejection
2.2. Dimension and angle
variation
Potential Causes /
Mechanisms of Failure
Curr
Desi
Contr
Preven
Potential Failure
Mode
Potential Effects of
Failure
Severity
1.1. Rework or rejection of the
product
2.1. Rework or rejection of theproduct
6
6
Process / Function
Class
2. Bend
(twist,straightness)
3. Material Hardness
4. Chemical composition
5. Sheet thickness
Variation
6. Rust
Part Drawings
1. Errors in original
drawing
2. Errors in developmentdrawing
SC
3
5 SC 2.1.1. manufacturing process ofsupplier
1.1.2. Packing & transportation
5 SC2.2.1. manufacturing process of
supplier
3.1 Dimension and angle
variation4
3.1.1. Manufacturing process of the
supplier
4.1. Rejection 44.1.1. Manufacturing process of the
supplier
5.1. Rework or rejection of the
product5 SC
Raw Material Inspection
1. Scratches
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8/4/2019 PFMEA-240-099-M02E-GLX-R0- To Be Reviewed Against the Top Cover
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Potential Causes /
Mechanisms of Failure
Cur
Des
Con
Preve
Potential Failure
Mode
Potential Effects of
Failure
Sev
erity
Process / Function
Cla
ss
1.2. Wastage of man power
and machine hours.
1.2.1. Programming error(human error)1.2.1.1. Trained ope
instructions
1.1. Rejection / rework 1.1.1. Unskilled operators 1.1.1.1. Skilled ope
1.2. dimension variation 1.2.1. Unskilled operators 1.2.1.1. Trained ope
instructions
1.3. Poor appearance of the
component
1.3.1. Rough handling of the
component,while deburring
1.3.1.1.Following be
deburring
1. Reverse Bending 1.1. Rejection / Rework
7 1.1.1. Improper study / check of
drawing
1.1.1.1. Studying th
bending
2. Dimension variation 2.1. Rejection / Rework 4 2.1.1. Improper bending tool selection
2.1.1.1. Use proper
analyse the type of before the process
3.1.1. Improper levelling of the sheet
3.1.1.1. Using Prop
punch for various th
3.1.2. Improper bending tool selection
3.1.2.1. Use proper
analyse the type of
before the process
1. Wrong alignment
1.1. Rework or rejection of the
product
6
1.1.1. Human error
1.1.1.1. Skilled labo
2. In/out in geometrical
dimensions of child parts 1.2. Reject/Rework
6 1.1.2. Mistakes during pre-assembly
processes
1.1.2.1. Make sure
coming for the inspe
and OK
1.1.1.1. Demoisturis
clean cloth materialair
1.1.1.2. Using clean
the work before pow
1.1.2. Improper degreasing1.1.2.1. Using prope
reagents
2. Vary in thickness 2.1. Rejection / Rework 7 2.1.1. Less/excess number of passes
2.1.1.1. Determining
passes required to
and following it
3. Color variation 3.1. Rejection / Rework 43.1.1. Improper combination of color
agents/Improper proportions
. . . .
according to the cus
color, and inspectin
4. Scratches, finger prints 4.1. Rework
4 4.1.1. Improper handling, tight holding
on bare hands
4.1.1.1. Handling ca
gloves to avoid fing
5.1.1.1. Controling a
parameter
5.1.1.2. Using well d
1.1.1. Instrument error 1.1.1.1. Calibrated i
for measurement
1.1.2. Drg not referred correctly
1.1.2.1. Customer d
sampling plan refer
inspection
2. Inspection not done asper customer
specification / sampling
plan
2.1. Customer rejection 62.1.1. Customer spec/sampling plan not
referred
2.1.1.1. Referring ccopy and using bub
inspect critical dime
1.1. Damage during transit /
handling
1.1.1. Packing not done as per part
requirement
1.1.1.1. Packing do
requirement
1.2. Customer rejection 1.2.1. Part identification not done1.2.1.1. Attching pa
on the shipment
5. Blisters 5.1. Rework 4 5.1.1. Lump formation
POWDER COATING
1. Coating Peel off1.1. Rework or rejection of the
product7
1.1.1. Poor adhesion
Bending
3. Taper Bending/Angle
Variation3.1. Rejection / Rework 4
Deburring1. Improper filing of
material3
FINAL
INSPECTION/VISUAL
1. Wrong measurement 1.1. Delay in despatch 6
PACKING 1. Inadquate packing 7
ASSEMBLY
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Potential Causes /
Mechanisms of Failure
Current
Design
Controls
Prevention
Potential Failure
Mode
Potential Effects of
Failure
Sev
erity
Process / Function
Cla
ss
1.1.1.1. Good supervision
1.1.1.2. Provide sufficient packing
the parts
DESPATCH 1. Transportation error 1.1. Damage 7 1.1.1. Rough handling / bad transit
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