The document discusses design for manufacturing considerations for a plastic part called a TQC ST CAP. It provides specifications for the part and proposed mold. It then lists a number of DFM checklist points relating to the gate location, parting line, ejector pins, draft angles, undercuts and how to address them through design changes such as adding material or changing radii. Each point is then marked as accepted or pending response from the customer.
This parts list contains 4 parts needed to assemble an exercise machine. It includes the part number, quantity, and item name for each part: a base plate, sliding block, lifting block, and adjusting screw. The document also provides information on who drew up the design, when it was drawn, the drawing number, title, size, scale, and revision.
A welder qualification test record documents that welder Esmali Moghadem passed manual shielded metal arc welding (SMAW) qualification tests on December 13, 2012. The tests included 6G uphill welds in the root, hot, and fill/cap positions using E7016-1 and E7028-7 electrodes. The welder is qualified to weld pipes in the 6G position up to 3 inches in diameter and 11mm wall thickness using SMAW. Non-destructive examination methods like PT, MT, UT, and RT were used and accepted the welds.
The document discusses welding qualification requirements according to ASME Section IX, including:
1. Tables outlining qualification test positions and types of welds qualified for plate and pipe groove and fillet welds in various positions.
2. Notes specifying definitions for weld positions, diameter restrictions, and that positions of welding must be shown in QW-461 and QW-461.2.
3. Requirements for number and types of examinations and test specimens required based on thickness of weld metal.
4. Limits on thickness of weld metal qualified based on thickness of test coupon and number of weld pass layers.
5. References diameter limits for groove welds in
This parts list contains 4 parts needed to build a Geneva wheel mechanism. It includes the Geneva base, Geneva gear, Geneva driver, and Geneva pin. The quantities specified are 1 for each part except for the Geneva driver which has a quantity of 2.
This document summarizes the welding procedure qualification record for oxy-fuel welding of carbon steel. It includes 3 key points:
1) The welding process qualified was oxy-fuel welding of a single-V groove weld in the horizontal position using an RG 60 filler metal between 3.5mm thick carbon steel plates.
2) Mechanical testing was performed including tensile and bend tests, which met the requirements of ASME Section IX. Macro examinations also showed acceptable results.
3) Hardness testing found the weld metal had an average hardness of 186.5 HV, while the HAZ areas were 155.5 HV and the base metal was 143 HV, demonstrating acceptable hardness across the joint.
This document provides a checklist of variables that must be indicated on welding procedure and procedure qualification records according to ASME Section IX. It lists essential variables that must be reported, supplementary essential variables that must be reported when impact testing is required, and nonessential variables that must be indicated but changes do not require requalification. The checklist covers variables for joint design, base metal, filler metals, positions, preheat, postweld heat treatment, gases, electrical characteristics, technique, and impact testing requirements.
This document discusses adjusting the angles of nozzles used in a wafer dicing process. It hypothesizes that adjusting the shower nozzle angle to 5.30 degrees relative to the blade will help clean contaminants and reduce defects by properly contacting the blade surface. Test results showed significant defect reduction after adjusting two dicing machines' nozzle angles, supporting the hypothesis. Overall, the nozzle angle adjustment reduced dicing defects by an average of 0.48%.
This document provides a summary of Module 7, which covers Weld Procedure Qualification according to ASME Section IX. It discusses the 5-step process for qualifying a welding procedure and the variables that must be documented in a Procedure Qualification Record (PQR). An example qualification is provided for a multi-pass V-groove weld made with GTAW and GMAW on 0.75-inch thick A36 steel in the flat position without preheat or PWHT. The summary highlights the key welding variables that must be addressed in the PQR for joint design, base metal, filler metal, position, preheat, PWHT, and gas according to the ASME code.
This parts list contains 4 parts needed to assemble an exercise machine. It includes the part number, quantity, and item name for each part: a base plate, sliding block, lifting block, and adjusting screw. The document also provides information on who drew up the design, when it was drawn, the drawing number, title, size, scale, and revision.
A welder qualification test record documents that welder Esmali Moghadem passed manual shielded metal arc welding (SMAW) qualification tests on December 13, 2012. The tests included 6G uphill welds in the root, hot, and fill/cap positions using E7016-1 and E7028-7 electrodes. The welder is qualified to weld pipes in the 6G position up to 3 inches in diameter and 11mm wall thickness using SMAW. Non-destructive examination methods like PT, MT, UT, and RT were used and accepted the welds.
The document discusses welding qualification requirements according to ASME Section IX, including:
1. Tables outlining qualification test positions and types of welds qualified for plate and pipe groove and fillet welds in various positions.
2. Notes specifying definitions for weld positions, diameter restrictions, and that positions of welding must be shown in QW-461 and QW-461.2.
3. Requirements for number and types of examinations and test specimens required based on thickness of weld metal.
4. Limits on thickness of weld metal qualified based on thickness of test coupon and number of weld pass layers.
5. References diameter limits for groove welds in
This parts list contains 4 parts needed to build a Geneva wheel mechanism. It includes the Geneva base, Geneva gear, Geneva driver, and Geneva pin. The quantities specified are 1 for each part except for the Geneva driver which has a quantity of 2.
This document summarizes the welding procedure qualification record for oxy-fuel welding of carbon steel. It includes 3 key points:
1) The welding process qualified was oxy-fuel welding of a single-V groove weld in the horizontal position using an RG 60 filler metal between 3.5mm thick carbon steel plates.
2) Mechanical testing was performed including tensile and bend tests, which met the requirements of ASME Section IX. Macro examinations also showed acceptable results.
3) Hardness testing found the weld metal had an average hardness of 186.5 HV, while the HAZ areas were 155.5 HV and the base metal was 143 HV, demonstrating acceptable hardness across the joint.
This document provides a checklist of variables that must be indicated on welding procedure and procedure qualification records according to ASME Section IX. It lists essential variables that must be reported, supplementary essential variables that must be reported when impact testing is required, and nonessential variables that must be indicated but changes do not require requalification. The checklist covers variables for joint design, base metal, filler metals, positions, preheat, postweld heat treatment, gases, electrical characteristics, technique, and impact testing requirements.
This document discusses adjusting the angles of nozzles used in a wafer dicing process. It hypothesizes that adjusting the shower nozzle angle to 5.30 degrees relative to the blade will help clean contaminants and reduce defects by properly contacting the blade surface. Test results showed significant defect reduction after adjusting two dicing machines' nozzle angles, supporting the hypothesis. Overall, the nozzle angle adjustment reduced dicing defects by an average of 0.48%.
This document provides a summary of Module 7, which covers Weld Procedure Qualification according to ASME Section IX. It discusses the 5-step process for qualifying a welding procedure and the variables that must be documented in a Procedure Qualification Record (PQR). An example qualification is provided for a multi-pass V-groove weld made with GTAW and GMAW on 0.75-inch thick A36 steel in the flat position without preheat or PWHT. The summary highlights the key welding variables that must be addressed in the PQR for joint design, base metal, filler metal, position, preheat, PWHT, and gas according to the ASME code.
This document provides a design for manufacturing (DFM) report for an injection molding tool to produce 8-cavity impeller parts. It includes details on the part, mold layout, gate locations, cooling channels, draft analysis, product engraving specifications, and signatures from both the customer and moldmaker to confirm agreement on the tool design.
Six sigma - dmr tilt table - matthew huntMatthew Hunt
This document describes a problem solving project to improve the DMR tilt tables used in the Kansas City Integrated Stamping Plant. The project team designed and built new tilt tables that allow 360 degree rotation and multiple tilt positions for optimal part positioning. This will improve ergonomics and reduce nonconforming parts. The document also details analyses and improvements made to inspection processes, die changeover capabilities, press automation, and adding error proofing at the die shop to control quality.
- This document appears to be a set of engineering drawings for electrical panels.
- It includes details like project name, customer, panel specifications, single line diagrams, component details, and layout drawings.
- The drawings are labeled with panel numbers, sheet numbers, revision details, and include approvals from designers and revisers.
This document provides information about Victaulic's prefabrication services for piping projects which can help reduce costs and improve construction schedules. It discusses the information required in the planning phase like schematics, drawings, and specifications. Victaulic then offers 3D design of the system, pre-cut pipes, pre-installed fittings on spools or modules, and fabrication in a cell to facilitate faster on-site installation. The prefabrication services aim to increase productivity and help manage ordering, delivery, and installation on construction projects.
Download this document here: http://www.cadem.in/software/cadempvd/reports/pressure-vessels/design-of-pressure-vessel-1.pdf
This example covers design of a simple pressure vessel. This pressure vessel has a top flat cover and a bottom dished end. The top cover is of bolted type and is connected to the shell through top body flange. The pressure vessel is provided with lugs support and lifting lug.
This document provides a project definition and design details for a split waveguide to be installed on an HCD-70 ion beam system. The split waveguide will allow access to new multi-coil assemblies intended to enhance the beam profile after deceleration. Key aspects of the design include splitting the existing waveguide into fixed and floating chambers, installing new multi-coil assemblies with field extending bars, and modifying related components like the ground lens and magnet yoke. Testing of prototypes indicated some tuning issues with the new design which require further iterations.
02 QUALITY CONTROL TEST REPORTS FORMATSMary Calkins
The document provides quality control checklists and formats for various infrastructure projects including building works, road works, water supply, and electrical works. It includes checklists for construction stages and materials with references to quality control test table numbers. Recommended brands and specifications are also listed for electrical components and materials. The document aims to standardize quality control reporting formats for infrastructure projects.
ASSET 11 STORM NETWORK DEC '14 ASSETS ONNoel Carroll
This document is a set of drawings related to a preliminary design for a storm sewer system called Asset 11 located in Diyar Al Muharraq, Bahrain. The drawings show the layout and design of the proposed stormwater pipelines and manholes, including pipe sizes and connections between assets. Notes provide information on materials, installation standards, and other details.
This document provides installation details for a pressure gage system used to monitor water, reagents, and air pressure. It was issued for construction on October 4, 2011. The document includes a parts list and specifications for piping components made of 316 stainless steel, including fittings, valves, tubing, and other accessories rated for 2000 Psi-g at 300°C.
This document contains diagrams and specifications for HVAC, plumbing, and fire protection systems for multiple floors of a building project. It includes schematics showing the layout and sizing of ductwork, piping systems for chilled water, domestic water, drainage, and fire protection. Sections and elevations provide additional details. Notes provide information on dimensions, approvals, references, and general project specifications.
The document describes the design and implementation of a custom pinch roll feed device for a cold mill. It discusses:
1) The customer's need to automate the manual feeding of strip metal to improve safety.
2) The proposed design of a hydraulically powered and pivoting pinch roll system to replace the manual process.
3) The steps taken from design through modeling, analysis, manufacturing, installation and operation - highlighting how 3D modeling in Solid Edge helped optimize the design, verify clearances, generate drawings for manufacturing, and ensure a smooth installation process.
The system was successfully delivered, installed and is operating as intended to automate and improve the safety of feeding strip metal into the cold mill
This document provides an overview of ASME Section IX, which establishes requirements for welding qualifications. It discusses the requirements for welding procedure and performance qualifications according to Section IX, including essential variables, test methods, acceptance criteria and documentation requirements. The document also provides examples of procedure qualification records and explanations of ASME Section IX grouping numbers for base metals and filler metals used in welding qualifications.
This document provides instructions for replacing the venting nib on relays K1 and K2 of the 1072 receiver printed circuit board assembly. The objective is to improve reliability and longevity of the receiver relays by removing the venting nib to allow pressure relief. The instructions note to remove the venting nib from both K1 and K2 relays after spraying or washing is complete on new and existing 1072 receiver boards. Replacement parts are also specified if replacing the entire K1 or K2 relay components.
Golden Cattle Design is a Taiwanese company established in 2009 that designs and develops automotive lamps. It has facilities in Tainan City, Taiwan including a plant and mold maker. The company works with OEM customers to design new vehicle concepts and optical systems, and has experience designing lamps for Kia, Nissan, and other brands. Golden Cattle can also assist with sourcing lamp manufacturing equipment and components through its supplier networks to provide integrated lamp solutions.
This document discusses a Six Sigma project to eliminate sub frame mounting hole mismatches with frame nuts in a Tata Motors vehicle assembly plant. The problem causes rework and impacts productivity, costs, and quality. Key issues identified include sub frame holes not being centric with frame nuts after engine installation into the frame. Root causes are analyzed using a cause-and-effect diagram, with potential factors including unskilled labor, process sequence issues, fixture problems, and dimensional issues with the frame or sub frame. The project aims to reduce rework and improve other metrics through the DMAIC process of define, measure, analyze, improve, and control.
In this Webinar we explore the details of actual case studies focusing on various signs that indicate if a particular support needs replaced or adjusted. The presentation also covers projects that brought on new standard designs and custom designs for specific applications. And lastly, it includes valuable additions and procedures that extend the typical life span of a pipe support. PT&P's field services division is available 24x7 in the case of an emergency situation or for a scheduled shut down.
This document provides information about Prestige Engineering LLC, including their contact details, accreditations, facilities, capabilities, personnel, and recently completed projects. Some key details include:
- Prestige Engineering is an engineering company located in Sharjah, UAE that provides design, fabrication, and installation services for the oil, gas, and other industries.
- They have accreditations such as ISO 9001, OHSAS 18001, ASME stamps, and API licenses.
- Their facilities include manufacturing plants with equipment like CNC machines, hydraulic presses, and overhead cranes.
- They have capabilities in areas such as pressure vessels, heat exchangers, storage tanks, and piping in materials like
Bikram Jeet (Achievements from 2006 - 2013)Bikram Jeet
This presentation shows some of the interesting projects snapshots that were completed under my supervision during 2006-2013.
Email: bj@bikramjeet.com
Website: www.bikramjeet.com
Elimination of Wastages was key to achieve the Through Put Yield, for that among 8 losses of lean i choose Over processing as my area of concern and CAPA.
This document provides a design for manufacturing (DFM) report for an injection molding tool to produce 8-cavity impeller parts. It includes details on the part, mold layout, gate locations, cooling channels, draft analysis, product engraving specifications, and signatures from both the customer and moldmaker to confirm agreement on the tool design.
Six sigma - dmr tilt table - matthew huntMatthew Hunt
This document describes a problem solving project to improve the DMR tilt tables used in the Kansas City Integrated Stamping Plant. The project team designed and built new tilt tables that allow 360 degree rotation and multiple tilt positions for optimal part positioning. This will improve ergonomics and reduce nonconforming parts. The document also details analyses and improvements made to inspection processes, die changeover capabilities, press automation, and adding error proofing at the die shop to control quality.
- This document appears to be a set of engineering drawings for electrical panels.
- It includes details like project name, customer, panel specifications, single line diagrams, component details, and layout drawings.
- The drawings are labeled with panel numbers, sheet numbers, revision details, and include approvals from designers and revisers.
This document provides information about Victaulic's prefabrication services for piping projects which can help reduce costs and improve construction schedules. It discusses the information required in the planning phase like schematics, drawings, and specifications. Victaulic then offers 3D design of the system, pre-cut pipes, pre-installed fittings on spools or modules, and fabrication in a cell to facilitate faster on-site installation. The prefabrication services aim to increase productivity and help manage ordering, delivery, and installation on construction projects.
Download this document here: http://www.cadem.in/software/cadempvd/reports/pressure-vessels/design-of-pressure-vessel-1.pdf
This example covers design of a simple pressure vessel. This pressure vessel has a top flat cover and a bottom dished end. The top cover is of bolted type and is connected to the shell through top body flange. The pressure vessel is provided with lugs support and lifting lug.
This document provides a project definition and design details for a split waveguide to be installed on an HCD-70 ion beam system. The split waveguide will allow access to new multi-coil assemblies intended to enhance the beam profile after deceleration. Key aspects of the design include splitting the existing waveguide into fixed and floating chambers, installing new multi-coil assemblies with field extending bars, and modifying related components like the ground lens and magnet yoke. Testing of prototypes indicated some tuning issues with the new design which require further iterations.
02 QUALITY CONTROL TEST REPORTS FORMATSMary Calkins
The document provides quality control checklists and formats for various infrastructure projects including building works, road works, water supply, and electrical works. It includes checklists for construction stages and materials with references to quality control test table numbers. Recommended brands and specifications are also listed for electrical components and materials. The document aims to standardize quality control reporting formats for infrastructure projects.
ASSET 11 STORM NETWORK DEC '14 ASSETS ONNoel Carroll
This document is a set of drawings related to a preliminary design for a storm sewer system called Asset 11 located in Diyar Al Muharraq, Bahrain. The drawings show the layout and design of the proposed stormwater pipelines and manholes, including pipe sizes and connections between assets. Notes provide information on materials, installation standards, and other details.
This document provides installation details for a pressure gage system used to monitor water, reagents, and air pressure. It was issued for construction on October 4, 2011. The document includes a parts list and specifications for piping components made of 316 stainless steel, including fittings, valves, tubing, and other accessories rated for 2000 Psi-g at 300°C.
This document contains diagrams and specifications for HVAC, plumbing, and fire protection systems for multiple floors of a building project. It includes schematics showing the layout and sizing of ductwork, piping systems for chilled water, domestic water, drainage, and fire protection. Sections and elevations provide additional details. Notes provide information on dimensions, approvals, references, and general project specifications.
The document describes the design and implementation of a custom pinch roll feed device for a cold mill. It discusses:
1) The customer's need to automate the manual feeding of strip metal to improve safety.
2) The proposed design of a hydraulically powered and pivoting pinch roll system to replace the manual process.
3) The steps taken from design through modeling, analysis, manufacturing, installation and operation - highlighting how 3D modeling in Solid Edge helped optimize the design, verify clearances, generate drawings for manufacturing, and ensure a smooth installation process.
The system was successfully delivered, installed and is operating as intended to automate and improve the safety of feeding strip metal into the cold mill
This document provides an overview of ASME Section IX, which establishes requirements for welding qualifications. It discusses the requirements for welding procedure and performance qualifications according to Section IX, including essential variables, test methods, acceptance criteria and documentation requirements. The document also provides examples of procedure qualification records and explanations of ASME Section IX grouping numbers for base metals and filler metals used in welding qualifications.
This document provides instructions for replacing the venting nib on relays K1 and K2 of the 1072 receiver printed circuit board assembly. The objective is to improve reliability and longevity of the receiver relays by removing the venting nib to allow pressure relief. The instructions note to remove the venting nib from both K1 and K2 relays after spraying or washing is complete on new and existing 1072 receiver boards. Replacement parts are also specified if replacing the entire K1 or K2 relay components.
Golden Cattle Design is a Taiwanese company established in 2009 that designs and develops automotive lamps. It has facilities in Tainan City, Taiwan including a plant and mold maker. The company works with OEM customers to design new vehicle concepts and optical systems, and has experience designing lamps for Kia, Nissan, and other brands. Golden Cattle can also assist with sourcing lamp manufacturing equipment and components through its supplier networks to provide integrated lamp solutions.
This document discusses a Six Sigma project to eliminate sub frame mounting hole mismatches with frame nuts in a Tata Motors vehicle assembly plant. The problem causes rework and impacts productivity, costs, and quality. Key issues identified include sub frame holes not being centric with frame nuts after engine installation into the frame. Root causes are analyzed using a cause-and-effect diagram, with potential factors including unskilled labor, process sequence issues, fixture problems, and dimensional issues with the frame or sub frame. The project aims to reduce rework and improve other metrics through the DMAIC process of define, measure, analyze, improve, and control.
In this Webinar we explore the details of actual case studies focusing on various signs that indicate if a particular support needs replaced or adjusted. The presentation also covers projects that brought on new standard designs and custom designs for specific applications. And lastly, it includes valuable additions and procedures that extend the typical life span of a pipe support. PT&P's field services division is available 24x7 in the case of an emergency situation or for a scheduled shut down.
This document provides information about Prestige Engineering LLC, including their contact details, accreditations, facilities, capabilities, personnel, and recently completed projects. Some key details include:
- Prestige Engineering is an engineering company located in Sharjah, UAE that provides design, fabrication, and installation services for the oil, gas, and other industries.
- They have accreditations such as ISO 9001, OHSAS 18001, ASME stamps, and API licenses.
- Their facilities include manufacturing plants with equipment like CNC machines, hydraulic presses, and overhead cranes.
- They have capabilities in areas such as pressure vessels, heat exchangers, storage tanks, and piping in materials like
Bikram Jeet (Achievements from 2006 - 2013)Bikram Jeet
This presentation shows some of the interesting projects snapshots that were completed under my supervision during 2006-2013.
Email: bj@bikramjeet.com
Website: www.bikramjeet.com
Elimination of Wastages was key to achieve the Through Put Yield, for that among 8 losses of lean i choose Over processing as my area of concern and CAPA.
1. Design For Manufacturing & Mould Flow Reports
Part Name : TQC ST CAP
Part Number : 950607
Customer : -
2. DFM REPORT SPECIFICATION
Customer : - DFM By : Kanissh
Contact Person : Maarten Art Review By : -
PART SPECIFICATIONS
Project Name : Nil
Model Name : Nil
Part Name : TQC ST CAP
Part No : 950607
No. of Cavities : 1
Plastic Material : ABS Novodur P2H-AT
Shrinkage : 0.45% (1.0045)
Part Format : 2D & 3D
MOULD SPECIFICATIONS
Mould Construction : 3 Plate Mould
Insert Material : 718HH ( Hardness : 36-38 HRC)
M/Base Material : 760 (LKM)
Gating : Pin-Point Gate (2x)
Texture Grade : Not Required
Ejection : Normal
Hot Runner: : Not Required
External Undercut : Not Required
Internal Undercut : Not required
Exchange Core : Not Required
Exchange Cavity : Not Required
DFM INDEX NUMBER ( please refer to index number))
Runner & Gate
Location
# 1 Core & Cavity
Sub Inserts
External & Internal
Undercut
#5
#5.1
Remarks :
Cavity Finishing : Normal Polishing
Core Finishing :Normal Polishing
Draft Angle &
Texture
# 4 Thin Steel &
Sharp Steel
Ejection System /
Core & Cavity Pins
# 3
Parting line /
Basic Concept
# 2 Engraving # 3 Step Down at Core
Sink Mark M/F Critical
Tolerances
3. Part Name : TQC ST CAP Project Name : -
Part No : 950607 Model Name : -
INDEX
NO.
DFM CHECKLIST POINT DFM
REV
STATUS ISSUE TO BE FILLED IN BY CUSTOMER, PLEASE
TICK :
# 1 Gate type and location :
Propose Ø2.00mm Dia. & 0.50mm Dome for
Pin Point Gate to part as per above sketch.
0 OK Accepted
NG – Not Accepted
waiting open
Part Size = 316.35X145.17X51mm
Part Thickness = overall 2.00mm
Part volume = 114.84 cm3
Part weight = 120.58 grams
Pin Point Gate (2x)
Request Dome for Pin Point Gate
4. INDEX
NO.
DFM CHECKLIST POINT DFM
REV
STATUS ISSUE TO BE FILLED IN BY CUSTOMER, PLEASE
TICK :
# 2 Main Parting Line & Concept.
Shown Basic Surface Concept as above
sketch. Parting line shown in red colour, Blue
surface belong to cavity and Pink surface will
be as core.
0 OK Accepted
NG – Not Accepted
waiting open
Part Name : TQC ST CAP Project Name : -
Part No : 950607 Model Name : -
CAVITY
CORE
PLPL
PL PL
CAVITY
CORE
Parting Line
5. INDEX
NO.
DFM CHECKLIST POINT DFM
REV
STATUS ISSUE TO BE FILLED IN BY CUSTOMER, PLEASE
TICK :
# 3 Ejector Pins & Engraving Proposal
Propose to have ejector pins and engraving
location as per above sketch.
0 OK Accepted
NG – Not Accepted
waiting open
Part Name : TQC ST CAP Project Name : -
Part No : 950607 Model Name : -
EJECTOR PIN DIA 8
EJECTOR PIN DIA 3
EJECTOR PIN DIA 6
EJECTOR PIN DIA 4
SLEEVE PIN
Engraving Area
Engraving & Month/Year Code Location
6. INDEX
NO.
DFM CHECKLIST POINT DFM
REV
STATUS ISSUE TO BE FILLED IN BY CUSTOMER, PLEASE
TICK :
# 4 Draft Angle
Propose to have Draft Angle at no draft
surface.
0 waiting Open OK Accepted
NG – Not Accepted
Part Name : TQC ST CAP Project Name : -
Part No : 950607 Model Name : -
cavity
core
No draft angle
7. INDEX
NO.
DFM CHECKLIST POINT DFM
REV
STATUS ISSUE TO BE FILLED IN BY CUSTOMER, PLEASE
TICK :
# 4 Draft Angle
Propose to have Draft Angle 2 degree .
(Yellow Color )
01 waiting Open OK Accepted
NG – Not Accepted
Part Name : TQC ST CAP Project Name : -
Part No : 950607 Model Name : -
REV - 01
8. INDEX
NO.
DFM CHECKLIST POINT DFM
REV
STATUS ISSUE TO BE FILLED IN BY CUSTOMER, PLEASE
TICK :
# 5 Undercut
Proposal to reverse the draft angle in order
part can be released.
0 waiting Open OK Accepted
NG – Not Accepted
Part Name : TQC ST CAP Project Name : -
Part No : 950607 Model Name : -
All the Pink & Blue Colour area is an Undercut, part
can not mould release.
9. INDEX
NO.
DFM CHECKLIST POINT DFM
REV
STATUS ISSUE TO BE FILLED IN BY CUSTOMER, PLEASE
TICK :
# 5.1 Undercut
Proposal to joint the broken surface to avoid
an undercut.
0 waiting Open OK Accepted
NG – Not Accepted
Part Name : TQC ST CAP Project Name : -
Part No : 950607 Model Name : -
Broken surface at Green color area, required joint
surface.
Or else this will be an undercut.
10. INDEX
NO.
DFM CHECKLIST POINT DFM
REV
STATUS ISSUE TO BE FILLED IN BY CUSTOMER, PLEASE
TICK :
# 5.2 Undercut
Proposal to reverse the draft angle.
01 waiting Open OK Accepted
NG – Not Accepted
Part Name : TQC ST CAP Project Name : -
Part No : 950607 Model Name : -
REV - 01
11. INDEX
NO.
DFM CHECKLIST POINT DFM
REV
STATUS ISSUE TO BE FILLED IN BY CUSTOMER, PLEASE
TICK :
# 5.3 Undercut
Proposal to delete the Radius corner
change to shape edge in part can be
released
01 waiting Open OK Accepted
NG – Not Accepted
Part Name : TQC ST CAP Project Name : -
Part No : 950607 Model Name : -
REV - 01
12. INDEX
NO.
DFM CHECKLIST POINT DFM
REV
STATUS ISSUE TO BE FILLED IN BY CUSTOMER, PLEASE
TICK :
# 5.4 Undercut
Proposal to delete the Radius corner
change to shape edge in part can be
released
01 waiting Open OK Accepted
NG – Not Accepted
Part Name : TQC ST CAP Project Name : -
Part No : 950607 Model Name : -
REV - 01
13. INDEX
NO.
DFM CHECKLIST POINT DFM
REV
STATUS ISSUE TO BE FILLED IN BY CUSTOMER, PLEASE
TICK :
# 5.5 Undercut
Proposal to delete the Radius corner
change to shape edge in part can be
released
01 waiting Open OK Accepted
NG – Not Accepted
Part Name : TQC ST CAP Project Name : -
Part No : 950607 Model Name : -
REV - 01
14. INDEX
NO.
DFM CHECKLIST POINT DFM
REV
STATUS ISSUE TO BE FILLED IN BY CUSTOMER, PLEASE
TICK :
# 5.6 Undercut
Proposal to delete the Radius corner
change to shape edge in part can be
released
01 waiting Open OK Accepted
NG – Not Accepted
Part Name : TQC ST CAP Project Name : -
Part No : 950607 Model Name : -
REV - 01
15. INDEX
NO.
DFM CHECKLIST POINT DFM
REV
STATUS ISSUE TO BE FILLED IN BY CUSTOMER, PLEASE
TICK :
# 5.7 Undercut
Proposal to delete the Radius corner
change to shape edge in part can be
released
01 waiting Open OK Accepted
NG – Not Accepted
Part Name : TQC ST CAP Project Name : -
Part No : 950607 Model Name : -
REV - 01
16. INDEX
NO.
DFM CHECKLIST POINT DFM
REV
STATUS ISSUE TO BE FILLED IN BY CUSTOMER, PLEASE
TICK :
# 5.8 Undercut
Proposal to delete the Radius corner
change to shape edge in part can be
released
01 waiting Open OK Accepted
NG – Not Accepted
Part Name : TQC ST CAP Project Name : -
Part No : 950607 Model Name : -
REV - 01
17. INDEX
NO.
DFM CHECKLIST POINT DFM
REV
STATUS ISSUE TO BE FILLED IN BY CUSTOMER, PLEASE
TICK :
# 5.9 Undercut
Proposal to reverse draft angle in part
can be released.
01 waiting Open OK Accepted
NG – Not Accepted
Part Name : TQC ST CAP Project Name : -
Part No : 950607 Model Name : -
REV - 01
18. INDEX
NO.
DFM CHECKLIST POINT DFM
REV
STATUS ISSUE TO BE FILLED IN BY CUSTOMER, PLEASE
TICK :
# 6.0 Undercut
Proposal to reverse draft angle in part
can be released.
01 waiting Open OK Accepted
NG – Not Accepted
Part Name : TQC ST CAP Project Name : -
Part No : 950607 Model Name : -REV - 01
19. INDEX
NO.
DFM CHECKLIST POINT DFM
REV
STATUS ISSUE TO BE FILLED IN BY CUSTOMER, PLEASE
TICK :
# 6.1 Undercut Step
Proposal to add material in part can be
released.
01 waiting Open OK Accepted
NG – Not Accepted
Part Name : TQC ST CAP Project Name : -
Part No : 950607 Model Name : -
REV - 01
20. INDEX
NO.
DFM CHECKLIST POINT DFM
REV
STATUS ISSUE TO BE FILLED IN BY CUSTOMER, PLEASE
TICK :
# 6.2 Undercut Gap
Proposal to add material in part can be
released.
01 waiting Open OK Accepted
NG – Not Accepted
Part Name : TQC ST CAP Project Name : -
Part No : 950607 Model Name : -
REV - 01
21. INDEX
NO.
DFM CHECKLIST POINT DFM
REV
STATUS ISSUE TO BE FILLED IN BY CUSTOMER, PLEASE
TICK :
# 6.3 Undercut Step
Proposal to add material in part can be
released.
01 waiting Open OK Accepted
NG – Not Accepted
Part Name : TQC ST CAP Project Name : -
Part No : 950607 Model Name : -
REV - 01
22. INDEX
NO.
DFM CHECKLIST POINT DFM
REV
STATUS ISSUE TO BE FILLED IN BY CUSTOMER, PLEASE
TICK :
# 6.4 Undercut Gap
Proposal to add material in part can be
released.
01 waiting Open OK Accepted
NG – Not Accepted
Part Name : TQC ST CAP Project Name : -
Part No : 950607 Model Name : -
REV - 01
23. INDEX
NO.
DFM CHECKLIST POINT DFM
REV
STATUS ISSUE TO BE FILLED IN BY CUSTOMER, PLEASE
TICK :
# 6.5 Undercut Step
Proposal to add material in part can be
released.
01 waiting Open OK Accepted
NG – Not Accepted
Part Name : TQC ST CAP Project Name : -
Part No : 950607 Model Name : -
REV - 01
24. INDEX
NO.
DFM CHECKLIST POINT DFM
REV
STATUS ISSUE TO BE FILLED IN BY CUSTOMER, PLEASE
TICK :
# 6.6 Undercut
Proposal to delete the Radius change to
shape edge in part can be released.
01 waiting Open OK Accepted
NG – Not Accepted
Part Name : TQC ST CAP Project Name : -
Part No : 950607 Model Name : -
REV - 01
25. INDEX
NO.
DFM CHECKLIST POINT DFM
REV
STATUS ISSUE TO BE FILLED IN BY CUSTOMER, PLEASE
TICK :
# 6.7 Undercut
Proposal to reverse draft angle in part
can be released
01 waiting Open OK Accepted
NG – Not Accepted
Part Name : TQC ST CAP Project Name : -
Part No : 950607 Model Name : -
REV - 01
26. INDEX
NO.
DFM CHECKLIST POINT DFM
REV
STATUS ISSUE TO BE FILLED IN BY CUSTOMER, PLEASE
TICK :
# 6.8 Undercut
Proposal to reverse draft angle in part
can be released
01 waiting Open OK Accepted
NG – Not Accepted
Part Name : TQC ST CAP Project Name : -
Part No : 950607 Model Name : -
REV - 01
27. INDEX
NO.
DFM CHECKLIST POINT DFM
REV
STATUS ISSUE TO BE FILLED IN BY CUSTOMER, PLEASE
TICK :
# 6.9 Undercut
Proposal to reverse draft angle in part
can be released
01 waiting Open OK Accepted
NG – Not Accepted
Part Name : TQC ST CAP Project Name : -
Part No : 950607 Model Name : -
REV - 01
28. INDEX
NO.
DFM CHECKLIST POINT DFM
REV
STATUS ISSUE TO BE FILLED IN BY CUSTOMER, PLEASE
TICK :
# 7.0 Undercut
Proposal to delete the Radius change to
shape edge in part can be released.
01 waiting Open OK Accepted
NG – Not Accepted
Part Name : TQC ST CAP Project Name : -
Part No : 950607 Model Name : -
REV - 01
29. INDEX
NO.
DFM CHECKLIST POINT DFM
REV
STATUS ISSUE TO BE FILLED IN BY CUSTOMER, PLEASE
TICK :
# 7.1 Undercut Step
Proposal to cut material in part can be
released
01 waiting Open OK Accepted
NG – Not Accepted
Part Name : TQC ST CAP Project Name : -
Part No : 950607 Model Name : -
REV - 01
30. INDEX
NO.
DFM CHECKLIST POINT DFM
REV
STATUS ISSUE TO BE FILLED IN BY CUSTOMER, PLEASE
TICK :
# 7.2 Draft Angle
Propose to have Draft Angle 2 degree .
01 waiting Open OK Accepted
NG – Not Accepted
Part Name : TQC ST CAP Project Name : -
Part No : 950607 Model Name : -
REV - 01
Draft Angle 2°
31. INDEX
NO.
DFM CHECKLIST POINT DFM
REV
STATUS ISSUE TO BE FILLED IN BY CUSTOMER, PLEASE
TICK :
# 7.3 Thin Rib
Proposal to reverse draft angle to side.
Reason : Steel material at cavity side not
enough for rib fitting
01 waiting Open OK Accepted
NG – Not Accepted
Part Name : TQC ST CAP Project Name : -
Part No : 950607 Model Name : -
REV - 01
32. Part Name : TQC ST CAP Project Name : -
Part No : 950607 Model Name : -
Fill Time
33. Part Name : TQC ST CAP Project Name : -
Part No : 950607 Model Name : -
Fill Time (Plastic Flow Animation)
34. Part Name : TQC ST CAP Project Name : -
Part No : 950607 Model Name : -
Sink Mark
35. Part Name : TQC ST CAP Project Name : -
Part No : 950607 Model Name : -
Sink Mark
36. Part Name : TQC ST CAP Project Name : -
Part No : 950607 Model Name : -
Air Traps
Air Vent will open to avoid the Air Traps
37. Part Name : TQC ST CAP Project Name : -
Part No : 950607 Model Name : -
Air Traps
Air Vent will open to avoid the Air Traps
38. Part Name : TQC ST CAP Project Name : -
Part No : 950607 Model Name : -
Weld Lines
39. Part Name : TQC ST CAP Project Name : -
Part No : 950607 Model Name : -
Weld Lines
40. Part Name : TQC ST CAP Project Name : -
Part No : 950607 Model Name : -
Warping Deflection
41. Part Name : TQC ST CAP Project Name : -
Part No : 950607 Model Name : -
Warping Deflection