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PRODUCT DESIGN MANAGEMENT

PRODUCT DESIGN MANAGEMENT


COMPUTER-AIDED DESIGN

Computer-aided design or CAD involves the use of computers and software to digitally create engineering drawings and models to aid in tooling and product design.

This program explores the tools and techniques used within these four fundamental computer-aided design categories:
  • 2-Dimensional CAD
  • 3-Dimensional Modeling
  • 3D Assembly Design
  • CAD Analysis

    The 2-dimensional CAD segment examines orthographic projection, workflow, and detailing.

    The 3-dimensional modeling segment details the use of 2D sketching, feature-based parametric 3D modeling, and design editing.

    The segment on 3D assembly design features an emphasis on part mating/alignment, interference detection, and dynamic motion.

    The CAD analysis segment is broken down into four basic principles:
  • Material Characteristics
  • Model Meshing
  • Boundary Conditions
  • Interpretation of Results

    Item no.: HE01790267
    Format: DVD
    Duration: 28 minutes
    Copyright: 2008
    Price: USD 110.00

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    MANUFACTURING INSIGHTS: LEAN PRODUCT DESIGN

    Firms that can develop better products faster consistently see increased profits and growing market share. To achieve this goal, Toyota and other global leaders have adopted the same lean improvement philosophy in new product development that has revolutionized the manufacturing world. Lean Product Development has become the new frontier in corporate improvement, enabling increased agility, better use of precious resources, and enhanced organizational learning.

    This program on lean product development is an excellent way to get started on your journey to dramatic reductions in time-to-market and greater value-creation for your customers. Michael Kennedy and Ron Mascitelli, both thought leaders in the rapidly growing field of Lean Product Development will share their unique but synergistic approaches to Lean Product Development implementation, along with experienced-based tips on how to avoid pitfalls and ensure success. The practical real-world experience of both TELEDYNE BENTHOS and CARLETON LIFE SUPPORT reinforces the benefits, and will help guide your own deployment strategy. The message of this valuable video is that LPD is critical to your long-term success, and should be your firm's next initiative in your journey toward a truly lean enterprise.

    Item no.: NN01790265
    Format: DVD
    Duration: 30 minutes
    Copyright: 2008
    Price: USD 149.00

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    MANUFACTURING INSIGHTS: METALFORMING SIMULATION

    This program gives an exclusive look into the innovative applications of metal forming simulation that have led to better, more reliable tooling. Metal Forming Simulation takes you inside Riviera Tooling Co. in Grand Rapids, Michigan to share real-world applications of this technology.

    Increased competition and the need to control costs have demanded that die designs generate dependable tooling that produces good parts starting almost with the first hit. Metal forming simulation technology is minimizing these risks of errors in die design that cause delays in production. Learn how your company can:

  • Provide early results to your customers so they can make changes in part design before the tooling is actually built
  • Predict production problems, such as sheet metal tearing and wrinkling
  • Predict thickness variation and strain
  • Help fabricators reduce their material costs

    This program is for individuals and companies who are involved in product design, die design, stamping and forming. It will show you how simulation is applied and will lead you to the most efficient methods to create forming dies.

    Item no.: TL01790218
    Format: DVD
    Duration: 22 minutes
    Copyright: 2006
    Price: USD 120.00

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    GEOMETRIC STACKS & ANALYSIS: GEOMETRIC TOLERANCING AXIAL VECTOR STACKS UNIT 7

    This unit provides an alternate vector method of calculating and analyzing tolerances such as position, runout, concentricity and profile tolerance stacks about an axis in details and assemblies. It also provides simple formulas for analyzing the effect of MMC, LMC and RFS applied to features and datum features. This vector method is an often useful and alternate approach to the boundary method shown in units 4 and 5.

    Item no.: HU01790074
    Format: DVD
    Duration: 61 minutes
    Copyright: 2005
    Price: USD 500.00

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    GEOMETRIC STACKS & ANALYSIS: GEOMETRIC TOLERANCING BOUNDARY DETAIL STACKS UNIT 4 - PART 1

    This unit lays down the basic principles of boundary tolerance stacks for single parts about an axis or median plane. The boundary method is a simple procedure for calculating position, runout, concentricity and profile stacks using inner and outer boundaries. Simple formulas are introduced to calculate the effect and impact of MMC, LMC and RFS applied to features and datum features.

    Item no.: WG01790075
    Format: DVD
    Copyright: 2005
    Price: USD 500.00

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    GEOMETRIC STACKS & ANALYSIS: GEOMETRIC TOLERANCING BOUNDARY DETAIL STACKS UNIT 4 - PART 2

    This unit lays down the basic principles of boundary tolerance stacks for single parts about an axis or median plane. The boundary method is a simple procedure for calculating position, runout, concentricity and profile stacks using inner and outer boundaries. Simple formulas are introduced to calculate the effect and impact of MMC, LMC and RFS applied to features and datum features.

    Item no.: JA01790076
    Format: DVD
    Copyright: 2005
    Price: USD 500.00

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    GEOMETRIC STACKS & ANALYSIS: GEOMETRIC TOLERANCING ORIENTATION STACKS UNIT 6

    Orientation tolerances such as perpendicularity, parallelism and angularity tolerances can cause tilt and axial misalignment in an assembly. A simple ratio formula is introduced to calculate and analyze the "tilting and stacking" effect of orientation stacks. Easy "rule of thumb" estimations are shown as well as exacting calculations.

    Item no.: HC01790077
    Format: DVD
    Duration: 24 minutes
    Copyright: 2005
    Price: USD 500.00

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    GEOMETRIC STACKS & ANALYSIS: GEOMETRIC TOLERANCING PLUS/MINUS STACKS UNIT 1

    This unit lays down the groundwork and introduces the fundamental principles of plus/minus, vector tolerance stacks. It covers linear stacks for details as well as multiple parts in an assembly.

    Item no.: CB01790078
    Format: DVD
    Duration: 43 minutes
    Copyright: 2005
    Price: USD 500.00

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    GEOMETRIC STACKS & ANALYSIS: GEOMETRIC TOLERANCING PROFILE STACKS ASSEMBLIES UNIT 3

    This unit covers linear stacks for multiple parts in an assembly that are defined with profile tolerance. This unit also covers the effect and impact of flatness, perpendicularity, parallelism and angularity in the tolerance stack and analysis. These stacks are calculated using the vector method.

    Item no.: EB01790079
    Format: DVD
    Duration: 57 minutes
    Copyright: 2005
    Price: USD 500.00

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    GEOMETRIC STACKS & ANALYSIS: GEOMETRIC TOLERANCING PROFILE STACKS DETAILS UNIT 2

    This unit expands upon the principles defined in unit 1 and covers the principles of calculating linear stacks on single detail parts that are defined with basic dimensions and profile tolerancing. These stacks are calculated using the vector method.

    Item no.: WH01790080
    Format: DVD
    Duration: 57 minutes
    Copyright: 2005
    Price: USD 500.00

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    GEOMETRIC STACKS & ANALYSIS: GEOMETRIC TOLERNACING BOUNDARY STACKS ASSEMBLIS UNIT 5 - PART 1

    This unit expands the concept of boundary stacks to multiple parts in an assembly about an axis or median plane. The boundary method is used to calculate position, runout, concentricity and profile stacks using inner and outer boundaries. Simple formulas are introduced to calculate the effect and impact of MMC, LMC and RFS applied to features and datum features.

    Item no.: FV01790081
    Format: DVD
    Copyright: 2005
    Price: USD 500.00

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    GEOMETRIC STACKS & ANALYSIS: GEOMETRIC TOLERNACING BOUNDARY STACKS ASSEMBLIS UNIT 5 - PART 3

    This unit expands the concept of boundary stacks to multiple parts in an assembly about an axis or median plane. The boundary method is used to calculate position, runout, concentricity and profile stacks using inner and outer boundaries. Simple formulas are introduced to calculate the effect and impact of MMC, LMC and RFS applied to features and datum features.

    Item no.: RY01790082
    Format: DVD
    Copyright: 2005
    Price: USD 500.00

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    GEOMETRIC STACKS & ANALYSIS: GEOMTRIC TOLERANCING BOUNDARY STACKS ASSEMBLIES UNIT 5 - PART 2

    This unit expands the concept of boundary stacks to multiple parts in an assembly about an axis or median plane. The boundary method is used to calculate position, runout, concentricity and profile stacks using inner and outer boundaries. Simple formulas are introduced to calculate the effect and impact of MMC, LMC and RFS applied to features and datum features.

    Item no.: KY01790083
    Format: DVD
    Copyright: 2005
    Price: USD 500.00

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    GEOMETRIC TOLERANCING APPLICATIONS ADDITIONAL STUDENT EXERCISES

    Tube, Alternator Bracket, Engine Mounting Bracket These three units each contain a separate problem. The tube assembly includes discussion on tolerancing tubes and wire formed parts along with the development of a check fixture. The alternator bracket is a welded assembly containing 6 details. The welded assembly is toleranced and two alternate solutions are provided. The engine mounting bracket is as machined part that has an angled surface and unusual fixed fastener calculations.

    Item no.: CL01790084
    Format: DVD
    Duration: 48 minutes
    Copyright: 2005
    Price: USD 410.00

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    GEOMETRIC TOLERANCING APPLICATIONS BATTERY BOX BRACKET UNIT 5

    This is a formed sheet metal bracket that mates using a face and pattern holes. Tolerance accumulation in the assembly must be evaluated to properly apply tolerance numbers. Concepts covered in this unit are datum selection and qualification, floating fastener formula, selection of feature and datum modifiers and the building of a mock functional gage to verify design specifications. Tolerances are applied to the 2D part as well as the 3D model.

    Item no.: FC01790085
    Format: DVD
    Duration: 36 minutes
    Copyright: 2005
    Price: USD 410.00

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    GEOMETRIC TOLERANCING APPLICATIONS FUEL COOLER BRACKET UNIT 4

    This is a formed sheet metal bracket that mates using a face and pattern holes. Concepts covered in this unit are datum selection and qualification, floating fastener formula, selection of datum modifier and the building of a mock functional gage to verify design specifications. Tolerances are applied to the 2D part as well as the 3D model.

    Item no.: HS01790086
    Format: DVD
    Duration: 22 minutes
    Copyright: 2005
    Price: USD 410.00

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    GEOMETRIC TOLERANCING APPLICATIONS FUNDAMENTAL REVIEW

    This unit provides a quick review of the geometric tolerancing system. It includes the three steps to establishing datum reference frames, review of the geometric characteristic symbols, the fixed and floating fastener formulas, projected tolerance zone and simple rules of when to use the MMC, RFS and LMC modifiers. Also, discussion selection criteria on the coaxial tolerances, runout, concentricity, profile and position. Information provided in reference to the vector linear, axial and boundary stack formulas.

    Item no.: AA01790087
    Format: DVD
    Duration: 58 minutes
    Copyright: 2005
    Price: USD 410.00

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    GEOMETRIC TOLERANCING APPLICATIONS GROMMET ASSEMBLY UNIT 1

    This is a simple two part assembly of machined parts. All the datum features are non-size plane surfaces. Concepts covered in this problem are the proper selection and qualification of datum features, flatness and perpendicularity specifications, the floating fastener formula, and profile tolerance for coplanarity as well as locating features. A linear profile tolerance stack is also required. Tolerances are applied to the 2D part as well as the 3D model.

    Item no.: PF01790088
    Format: DVD
    Duration: 64 minutes
    Copyright: 2005
    Price: USD 410.00

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    GEOMETRIC TOLERANCING APPLICATIONS MIXER ASSEMBLY UNIT 8 - PART 1

    This is a complex machined part assembly consisting of 18 turned parts with complex orientation and axial requirements. These variety of parts mount on faces, holes and pilots. Concepts covered in this problems include datum selection, multiple datum reference frames. Inter-relationship of multiple DRFs, fixed and floating fastener formulas, projected tolerance zones, all the coaxial tolerances (position, runout and profile), feature and datum modifiers, perpendicularity, parallelism, flatness and profile tolerancing. Orientation stacks, profile linear stacks and axial boundary stacks are performed to insure "O" ring squeeze and axial alignments.

    Item no.: LC01790089
    Format: DVD
    Copyright: 2005
    Price: USD 410.00

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    GEOMETRIC TOLERANCING APPLICATIONS MIXER ASSEMBLY UNIT 8 - PART 2

    This is a complex machined part assembly consisting of 18 turned parts with complex orientation and axial requirements. These variety of parts mount on faces, holes and pilots. Concepts covered in this problems include datum selection, multiple datum reference frames. Inter-relationship of multiple DRFs, fixed and floating fastener formulas, projected tolerance zones, all the coaxial tolerances (position, runout and profile), feature and datum modifiers, perpendicularity, parallelism, flatness and profile tolerancing. Orientation stacks, profile linear stacks and axial boundary stacks are performed to insure "O" ring squeeze and axial alignments.

    Item no.: CA01790090
    Format: DVD
    Copyright: 2005
    Price: USD 410.00

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    GEOMETRIC TOLERANCING APPLICATIONS MIXER ASSEMBLY UNIT 8 - PART 3

    This is a complex machined part assembly consisting of 18 turned parts with complex orientation and axial requirements. These variety of parts mount on faces, holes and pilots. Concepts covered in this problems include datum selection, multiple datum reference frames. Inter-relationship of multiple DRFs, fixed and floating fastener formulas, projected tolerance zones, all the coaxial tolerances (position, runout and profile), feature and datum modifiers, perpendicularity, parallelism, flatness and profile tolerancing. Orientation stacks, profile linear stacks and axial boundary stacks are performed to insure "O" ring squeeze and axial alignments.

    Item no.: AZ01790091
    Format: DVD
    Copyright: 2005
    Price: USD 410.00

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    GEOMETRIC TOLERANCING APPLICATIONS MIXER ASSEMBLY UNIT 8 - PART 4

    This is a complex machined part assembly consisting of 18 turned parts with complex orientation and axial requirements. These variety of parts mount on faces, holes and pilots. Concepts covered in this problems include datum selection, multiple datum reference frames. Inter-relationship of multiple DRFs, fixed and floating fastener formulas, projected tolerance zones, all the coaxial tolerances (position, runout and profile), feature and datum modifiers, perpendicularity, parallelism, flatness and profile tolerancing. Orientation stacks, profile linear stacks and axial boundary stacks are performed to insure "O" ring squeeze and axial alignments.

    Item no.: BY01790092
    Format: DVD
    Copyright: 2005
    Price: USD 410.00

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    GEOMETRIC TOLERANCING APPLICATIONS OPTIC CONNECTOR ASSEMBLY UNIT 3

    The optic connector assembly has two parts that mount on faces and dowel pins in order to a align a set of fiber optic cables that have critical coaxial mating requirements. Concepts covered in this problem are datum selection and qualification, the fixed fastener formula, selection of feature and datum feature modifiers MMC, LMC and RFS. This problem requires both linear and axial boundary stacks to insure mating specifications are met.

    Item no.: FA01790093
    Format: DVD
    Duration: 48 minutes
    Copyright: 2005
    Price: USD 410.00

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    GEOMETRIC TOLERANCING APPLICATIONS POWDER CASE ASSEMBLY UNIT 2

    In this powder case assembly, the two machined parts mate on faces and a bore and pilot pin. Concepts covered in this unit are datum selection and datum feature qualification, the fixed fastener formula, projected tolerance zone, and profile tolerance for coaxial control. The datum features are size features so consideration must be given to selection of datum feature modifier MMC, LMC and RFS to control axial misalignment requirements. An axial tolerance stack is also necessary to compare MMC and RFS applied to the datum feature.

    Item no.: DB01790094
    Format: DVD
    Duration: 57 minutes
    Copyright: 2005
    Price: USD 410.00

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    GEOMETRIC TOLERANCING APPLICATIONS STEP BRACKET UNIT 6

    This formed sheet metal bracket mates using a set of coaxial holes, a center plane and plane surface. Concepts covered in this unit are datum selection and qualification, floating fastener formula, selection of feature and datum modifiers, and the building of a mock functional gage to verify design specifications. Tolerances are applied to the 2D part as well as the 3D

    Item no.: PJ01790095
    Format: DVD
    Duration: 25 minutes
    Copyright: 2005
    Price: USD 410.00

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    GEOMETRIC TOLERANCING APPLICATIONS VALUE ASSEMBLY UNIT 7

    The valve assembly consists of 4 parts with complex seal requirements. The parts mate on coaxial multiple primary datum features and plane surface faces. Coaxial specifications such as runout, position, concentricity and profile are evaluated and discussed. Concepts covered in this unit are datum selection and qualification, datum and feature modifier considerations, profile and composite profile, flatness and perpendicularity specifications.

    Item no.: DN01790096
    Format: DVD
    Duration: 42 minutes
    Copyright: 2005
    Price: USD 410.00

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    GEOMETRIC TOLERANCING PROGRAM SAMPLE

    Preview all three GD&T Programs with our Preview DVD!
  • Geometric Dimensioning & Tolerancing Fundamentals
  • Geometric Stacks and Analysis
  • Geometric Tolerancing Applications.

    Item no.: NB01790210
    Format: DVD
    Copyright: 2005
    Price: USD 25.00

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    MANUFACTURING INSIGHTS: DESIGN FOR MANUFACTURE AND ASSEMBLY

    This program features an interview with Nicholas Dewhurst of Boothroyd Dewhurst regarding the concepts and use of DFMA in product analysis to understand the drivers of cost, and the interaction of the individual pieces within the product to optimize design, manufacturability, and assembly.

    Two companies successful use of DFMA are also highlighted, including: MDS-SCIEX, a scientific instrumentation manufacturer, where implementation of DFMA philosophies helped reduce the product development design cycle for their API 2000 mass spectrometer from 48 months to 16 months; and Plug Power, a fuel cell manufacturer, where the integral use of DFMA facilitated development of their Proton Exchange membrane fuel cell systems at the lowest cost.

    Item no.: GB01790037
    Format: DVD
    Duration: 30 minutes
    Copyright: 2005
    Price: USD 280.00

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    MANUFACTURING INSIGHTS: FIVE S FACTORY MAKEOVER (5S)

    Is a sloppy, unorganized factory making you non-competitive? For many companies, developing an enviornment of continuous improvement begins with a general factory/shop floor clean up. This new Manufacturing Insights program features two great case studies of companies that have implemented the "Five S" process (Sort out, Set in order, Shine, Standardize, Sustain), demonstrating the productivity improvements manufacturing companies can achieve when a factory is clean and organized. This program talks about how to identiy the "Seven Wastes," shows how these two companies went through the process, and includes interviews with those responsible for the success of the projects.

    Item no.: SH01790051
    Format: DVD
    Duration: 22 minutes
    Copyright: 2005
    Price: USD 255.00

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    FUNDAMENTAL MANUFACTURING PROCESSES: INDUSTRIAL ROBOTICS

    Industrial robots are automated, flexible components used for a wide range of applications within manufacturing systems. This program covers the array of robot configurations and features segments on: - Key manufacturing applications using robots - Rectangular arm robots - SCARA robots - Articulated/jointed arm robots - End effector hand, or gripping devices - End effector tools - On-line & off-line robot programming - Advantages and disadvantages of industrial robots The common contact and non-contacts sensors used to assist industrial robots are also highlighted.

    Item no.: DW01790102
    Format: DVD
    Duration: 25 minutes
    Copyright: 2004
    Price: USD 280.00

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    DFM: DESIGN FOR MANUFACTURING

    At Storage Technology, a new assembly using DFM that costs 86% less, reduced part count from 119 to 36.

    DFM applied to large hydraulic cylinders at Caterpillar, Inc. produced significant cost reduction.

    Then, at Xerox, DFM was used to re-design a paper feed guide to go from five parts plus hardware to one part and snap fits.

    Standardized components at IBM help expedite product development by offering the designers many necessary pre-designed "building blocks."

    Item no.: LT01790039
    Format: DVD
    Duration: 43 minutes
    Copyright: 2003
    Price: USD 280.00

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    FUNDAMENTAL MANUFACTURING PROCESSES: MEASUREMENT & GAGING

    This measurement & gaging program begins with an introduction to the core concepts regarding measurement. These concepts include: precision, resolution, accuracy, repeatability and reproducibility. Standards are then addressed, featuring sections on gage blocks and surface plates. This program then focuses on the array of measurement & gaging tools, arranging them into three categories: non-graduated measurement & gaging tools, graduated measurement & gaging tools, and advanced measurement & gaging tools. The non-graduated measurement & gaging tools section features tools and gages that are used to transfer measurements to or from graduated measurement tools, or as pass/fail comparisons to standards. The graduated measurement & gaging tools section highlights the use of tools, such as vernier calipers, micrometers, and tools using dial indicators and electronic digital readouts. The advanced measurement & gaging tools section focuses on optical measurement projectors, vision systems and coordinate measurement machines.

    Item no.: PJ01790124
    Format: DVD
    Duration: 28 minutes
    Copyright: 2003
    Price: USD 280.00

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    MANUFACTURING INSIGHTS: FAILURE MODE EFFECTS ANALYSIS

    The program is an introduction to the quality methodology Failure Mode Effects Analysis (FMEA). As every new product is being designed, most manufacturing companies are developing FMEA documents to reduce the risk of product failures. In addition, quality standards like ISO9000 and QS9000 require an FMEA on all new products. To shorten development cycles, many different experts are involved in the design and testing phases of new products. After viewing this program, every person on your design team will have a good understanding of the importance of risk reduction and how the FMEA will keep track of these responsibilities.

    This program was designed to quickly bring all the team members up to speed on how the FMEA methods and procedures will impact them. Learning Objectives: A general understanding of why companies do FMEAs, What is the difference between a product and a process risk?, What can companies do to minimize risks? See how FMEA documents track responsibilities to reduce risks and How an FMEA is used within Robert Bosch Corporation.

    Item no.: PA01790049
    Format: DVD
    Duration: 14 minutes
    Copyright: 2003
    Price: USD 120.00

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    MANUFACTURING INSIGHTS: RE-ENGINEERING THE MANUFACTURING ENTERPRISE

    Through case studies with Black & Decker, Aeroquip Corp.., and Himont Corp., you'll understand how customer-driven production challenges are met through re-engineering the manufacturing enterprise. Learn critical success factors and performance measures.

    Item no.: FF01790155
    Format: DVD
    Duration: 30 minutes
    Copyright: 2003
    Price: USD 110.00

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