P15311 Customer Requirements vs Results Customer Rqmt. #ImportanceDescriptionP14311 StatusP15311 Status CR13 Capable of routing traces for finer pitched.

Slides:



Advertisements
Similar presentations
Presenting the ProJet® x60 Series. Product Line At A Glance.
Advertisements

Design Constraints For Engineering Projects
Chapter 24 ECONOMIC AND PRODUCT DESIGN CONSIDERATIONS IN MACHINING
ME 350 – Lecture 7 – Chapter 24 ECONOMIC AND PRODUCT DESIGN CONSIDERATIONS IN MACHINING Tolerances and Surface Finish Selection of Cutting Conditions Product.
 Warping  Stable  Porous  Uniform grain structure.
Engineer Training XL1200 Software Engineer Training XL1200 Software Confidential 2 Print options Archive Print queue Toolbar Preview & Information.
Mate Grinder MATE European Dealer Meeting Advantages of Automatic Controlled Punch and Die Grinding More regrinds, accurate material removal Protect.
Machining Two introductory projects 1.Support post for mirror mount 2.Vertical micro-rail mount.
Research & Development Machine Safety Information.
Oki Printing Solutions Service Training for the B400 Series Printers B410 / B420 / B430 / B411 / B431.
P09011 Object Recognition Detailed Design Review February 12, 2009.
IENG 475: Computer-Controlled Manufacturing Systems Lathe Operations
Overview Lesson 10,11 - Software Quality Assurance
P14311: PCB Isolation Routing System Problem Definition Review.
CNC Tooling Lab 3: Basics & Calculations. Vertical Mill – Cutting Tools Identify each cutting tool found on the milling machine. (Attempt to be specific)
Discover a new and better way. Discover a New and Better Way To Program CNC Machines 30% Productivity Increase – Guaranteed.
3200A Electrical Test Equipment Calibrator. Automatic Loop Correction To simplify calibration of loop testers, the 3200A can be fitted with the Auto.
P14311: PCB Isolation Routing System Final Presentation Team Members: Matthew Clark, Marley Collier Sears, Sarah Duman, Richard Kalb, Joseph Post, Zoe.
Engineer Training XL1500 Software 5.021A. Engineer Training Confidential 2 Main Window Print options Archive Print queue Tool bar Preview & information.
Oki Printing Solutions Desktop Color Printers Service Training for the C710 / C830 Printers.
 It is the material removal process where the material is removed by high velocity stream of air/gas or water and abrasive mixture.  An abrasive is.
1 Flexible, Adaptable, Compatible, Accessible. 2 “KIOSK” for utility payment: Gas bill Electricity bill Phone bill “Coupon Terminal” “Multipurpose Ticket.
P15311: Circuit Board Router (Rev2) Systems Level Design Review
Automatic Shift Controls for ATV Sponsored by: Joel Notaro Polaris Industries Advised by : Professor George Slack Project Family: Modular, Scalable, Open.
1 Determining the High-level Direction of Information Systems Part 2.
Capabilities & Limitations of Information and Communication Technology
UNOCODE 299 Copyright Silca S.p.A UNOCODE 299.
TDSPWR2 Power Measurement and Analysis Software Addressing Today’s Challenges.
Reliability & Maintainability Engineering An Introduction Robert Brown Electrical & Computer Engineering Worcester Polytechnic Institute.
NCSX Metrology. Goals –Need to accurately make measure measurements for several NCSX systems Modular coil –As-built measurements of coil form –Conductor,
DEVELOPMENT OF LABORATORY MODULE FOR SMALL WIND TURBINE CONTROL SYSTEM (Phase V) Advisor/Client: Dr. Venkataramana Ajjarapu Group MembersPosition on Team.
P15311: Isolation Printed Circuit Board Router (Rev2)
P15311: Circuit Board Router (Rev2) Systems Level Design Review.
Mark Maizonnasse, Creaform IMPROVEMENT OF AIRCRAFT MECHANICAL DAMAGE INSPECTION WITH ADVANCED 3D IMAGING TECHNOLOGIES.
P15311: Circuit Board Router (Rev2) Gate Review. Team Members and Roles Devon Monaco (ME) ◦Project Manager Emily Roberts-Sovie (IE) ◦Safety, Statistics,
Power tools Session 4 Power drill Circular saw. Power drills Electric versus cordless.
CNC Assembly: 3 axis rigid PVC structure NEMA 17 Motors and lead screws Off the shelf Router and Specialty collet Vacuum Table to hold down work piece.
1 Manufacturing process-1 ( ) Lathe Operations Guided By:Prepared By: Prof. Stany R. Ghadiyali
R16601: Glass Fab Wire Saw Integration/Roadmap. “Glass Fab, Inc. is currently looking to replace their wire glass cutting saw with a smaller, more efficient.
Computer Lab Safety Drew Middle School Mrs. Evans.
20/11/161 NEW E5 FINN-POWER e-technology - 14 years of excellence.
Magnetic Drilling Machines
Rip vs. Cross-Cut Rip – cuts along the wood grain
Computer Generations First Generation ( )
automatic recognition of load-type superior functionality
AutoTuneTM.
OptiView™ XG Network Analysis Tablet
Energy Management IoT Solutions
Problem Formulation Case Studies
Problem Formulation Case Studies
Cutting Speed, Feed, and Depth of Cut
The Velocity SMART Tool™ Partners of the SMART Tool™
Cutting Speed, Feed, and Depth of Cut & Lathe Safety
FINN-POWER e-technology - 14 years of excellence
Problem Formulation Case Studies
DTX Compact OTDR Demo Guide
IENG 475: Computer-Controlled Manufacturing Systems
P15311: PCB Router Phase 5 System Pass Off with Customer
Charakteristiky kvality
Jointer Welcome to a tutorial video discussing how to safely use and operate the jointer.
P15311: PCB Router Phase 4 System Demo with Customer
HSP7000 Multifunction Hybrid Printer
Primary Machining Parameters
IENG 475: Computer-Controlled Manufacturing Systems
IENG 475: Computer-Controlled Manufacturing Systems Lathe Operations
Design Constraints For Engineering Projects
Primary Machining Parameters
The pursuit of perfection
Understanding your machine capability
Problem Formulation Case Studies
Presentation transcript:

P15311 Customer Requirements vs Results Customer Rqmt. #ImportanceDescriptionP14311 StatusP15311 Status CR13 Capable of routing traces for finer pitched SMD's Tolerances currently too largeIndustry standard trace capability CR29 Safe and easy to operate by minimally trained (<0.5 hour) user Took several days to get machine operating Takes < 15 minutes to get machine operating CR39 Have quick start, service, and detailed troubleshooting/operation manuals Improvements needed to documentation SOP, troubleshooting, electrical, and maintenance guides complete CR43 Cost less than commercial systems on the market Factor in lead time and process costs Cost of under $2000 versus $8000 commercial CR53 Require minimal maintenance and part replacement Frequent drill bit breakage Optimum drill depth, cutting speed, feed rate, and drill bit decided on and ordered CR69 No mechanical, electrical, environmental, or health related hazards to operators of those in the general lab area Concerns with noise level and particulate matter Noise mitigated to safe continuous level and airborne particles eliminated CR73Alignment system capable of auto homing Need for more precision and repeatability; no auto homing capability Auto homing system fully operational and repeatable CR81Automatic tool change and recognitionConvenience feature Manual tool changeout time drastically improved and documented, with home position ideal for tool change CR93Visual feedback system for error detectionDifficult to see traces through glass Clear video feedback at all times, directly at mill/drill tip CR109Improve debris removal systemMessy and dangerous for operation Debris contained to very small area around traces; no mess or airborn debris CR111 Contain all components of system in one unit Detached monitor and keyboard Single unit with dual monitors and keyboard/mouse tray

P15311 Performance vs Requirements ERImportanceSource Engr. Requirement (metric) Unit of Measure Marginal Value Ideal ValueP14311P15311Actual Value 19CR6 Noise Generation per Safety Standards dBA<100<75FailPass74.5 dB 29CR1 Minimum Width Between Traces Supported inches marginal pass Pass CR4Manufacturing Cost$ FailPass$1,650 49CR5 Unit Reliability (mean time between failures) days1530Undet. N/A 59CR5 Mean to time between maintenance hours50100Undet. N/A 69CR3, 7 Minimum Tolerance to locating positions on board inches FailPass in 73CR5, 8 Tool Replacement Time minutes2< 1FailPass40 seconds 83CR5Feed Ratein/minute815 Marginal pass 8 in/min 93CR2, 3 Time for initial machine set-up minutes105FailPass3 min 103TBD Maximum Compatible Board Size inch x inch5 x 58.5 x 11 Marginal Pass 6 x 6 113TBD Minimum Compatible Board Size inch x inch2 x 21 x 1Pass 1 x 1 129CR2, 11 Up to date PC & software for system control binary Slow, functional Fast, functional FailPass Fast, functional 139CR2, 3, 5 Minimize Operator Training minutes4515 Marginal Pass Undet.N/A 149CR1Router Speedrpm12,00016,000 Marginal Pass 15,000 RPM 159C10 Debris Removal (Copper and Substrate) % of total7595Fail Marginal Pass All Airborn Debris 169CR1Total Indicated Runoutinches<.0006< Marginal pass Pass in 179CR7, 10Vacuum Table Forcelbs force510 Marginal pass Pass15 lbf 189CR6 Max Power Consumption for entire system watts Marginal Pass Undet.N/A 193CR6 Uncluttered and Aesthetically Pleasing binary Uncluttered, not pleasing Uncluttered, pleasing FailPass Uncluttered, pleasing