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Ptc creo parametric sub bundles (with lite details explained)

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PTC Creo 3D Modeler

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Ptc creo parametric sub bundles (with lite details explained)

  1. 1. PTC CREO PARAMETRIC 3D MODELER WHAT IS INSIDE? Victor Mitov PhD
  2. 2. 99 CREO PARAMETRIC − AUGMENTED REALITY (AR) Rapidly define, publish and distribute AR experiences from Creo Who Needs It? Every customer that needs to communicate, collaborate and share CAD data with engineers, suppliers, partners and non-CAD users • CAD-based viewing limits productivity and usability Business Value • Enhance the customer experience using AR to visualize products in the real world − Improve communication and understanding using scale and real-world environment • Accelerate sales, marketing and customer loyalty with an AR experience • Enable virtual design collaboration using AR to facilitate effective design reviews − Solicit and apply expertise and knowledge using AR to connect disparate teams • Enable non-CAD users to interact, explore and engage using AR − Easily distribute and enable non-CAD users to interact with CAD geometry • Protect IP by preventing access to CAD data Process Improvement • Design communication, collaboration and review Technology/ Capability • AR Setup, Publishing, Distribution and Viewing via Vuforia View
  3. 3. 10 CREO PARAMETRIC − UNITE TECHNOLOGY Capabilities to support multi-CAD Collaboration and Consolidation Who Needs It? Every customer that needs to integrate and work with design data from OEMs and outsourced design partners (components, subsystems, etc.) • The typical company uses an average of 2.7 CAD systems Business Value • Reduce product cost • Reduce time-to-market • Reduce product development cost • Improve product quality and innovation Process Improvement • Multi-CAD Design Collaboration • CAD Consolidation Technology/ Capability • Easily integrate and work with data from any CAD source • Directly import CATIA V4/V5, SolidWorks, Solid Edge and Inventor formats • Directly open CATIA V4/V5, SolidWorks and Siemens NX data
  4. 4. 11 CREO PARAMETRIC − IMPORT DATA DOCTOR (IDD) Automate the “repair” and “clean-up” of imported geometry Who Needs It? Customers that work with imported data and require the ability to repair translated geometry that has missing information, geometry gaps and errors • Data does not always translate 100% Business Value • Reduce product costs • Reduce time-to-market • Reduce product development cost Process Improvement • Repair and modification of imported data Technology/ Capability • Tools to Repair, Modify and Featurize imported geometry • Repair tools – used to make geometry solid or improve the quality of imported surfaces and edges • Modification tools – used to move, replace, and manipulate imported geometry • Featurization tools – used to convert non-analytic geometry to analytic geometry and create curves and surfaces within the imported data
  5. 5. 12 CREO PARAMETRIC – 2D DETAILING AND DOCUMENTATION Specialize capabilities to manage component display and system performance Who Needs It? Every customers that needs to document product specifications and manufacturing details Business Value • Reduce product cost • Reduce time-to-market • Reduce product development cost Process Improvement • 2D drawing and documentation Technology/ Capability • Automated creation of drawings using standard templates • Fast drawing “cleanup” of dimensions, notes and annotations • Automatic creation of associative BOMs • Automatic creation of views and balloon callouts • Easily creation of dimensions, geometric tolerances, annotations, etc. • Support for all industry standards (ANSE, ISO, ASME and JIS)
  6. 6. 1313 CREO PARAMETRIC – 3D MODEL ANNOTATIONS (aka MBD) Define a single source of truth for design, manufacturing and process information Who Needs It? Customers that want to improve the documentation and sharing of digital product information for design review and manufacturing • The goal is to reduce reliance on 2D detailed drawings and eliminate lost time documenting non-critical information • Unlike 2D data, 3D information is easily visualized and interrogated Business Value • Reduce time-to-market • Reduce product development cost • Improve product quality and innovation • Improve collaboration and communication Process Improvement • Model-based documentation and GD&T • Streamline communication using a drawing-free process Technology/ Capability • Streamline product documentation via drawing-free process • Eliminate human error and miss-interpretation of 2D information • Define a single source of product development and manufacturing information
  7. 7. 14 Powerful, parametric design capabilities to create complex geometry and capture design intent CREO PARAMETRIC – PART AND ASSEMBLY MODELING Who Needs It? Customers that require the power and flexibility to model any geometry regardless of shape, size or complexity Business Value • Reduce product costs • Reduce time-to-market • Reduce product development cost • Develop and define new markets Process Improvement • 3D part modeling • 3D assembly modeling Technology/ Capability • Create precise geometry, regardless of model complexity without compromise • Capture engineering requirements using feature parameters, constraints and relations • Easily create and manage complex assemblies using tools to manage and improve system performance • Perform global clearance and interference studies using static components and real-time collision detection (component drag) • Seamless integration with PTC Solutions to facilitate concurrent engineering
  8. 8. 15 CREO PARAMETRIC – WELD DESIGN Accurately define weld geometry and the associated weld fabrication documentation Who Needs It? Customers that need to define and capture the weld fabrication process and manufacturing requirements Business Value • Reduce product costs • Design to realize price premium • Reduce product development cost Process Improvement • 3D Weld definition (modeling) • 2D Weld documentation (detailing) Technology/ Capability • 3D welds are required to support downstream activities − Reference weld geometry to create accurate structural analyses − Perform accurate mass properties and interference checking − Accurately assess costs and time estimates (manufacturing) − Accurately create weld symbols and weld fabrication documentation
  9. 9. 16 CREO PARAMETRIC – FREESTYLE DESIGN Capabilities to speed the creation high-quality freeform surface geometry Who Needs It? Any customer that creates freeform surface geometry to satisfy aesthetic, ergonomic and functional design requirements Business Value • Reduce time-to-market • Reduce product development cost • Improve product styling and competitive differentiation Process Improvement • Conceptual design • Freeform and stylized surface creation Technology/ Capability • Fast creation of high-quality surface geometry − Directly manipulate primitive shapes to create surface geometry • Enable novice users to create high-quality stylized surface geometry − No need to define curves and surfaces − No need to understand curve and patch structure • Ability to align Freestyle geometry to external entities
  10. 10. 17 CREO PARAMETRIC – SURFACING Define parameter and constraint driven entities to create complex free-form and analytical surfaces Who Needs It? Customers that want to define free-form and analytical surfaces using parameters, constraints and calculations to define variable geometry and capture design intent Business Value • Reduce time-to-market • Reduce product development cost • Increase styling and design to realize price premium Process Improvement • 3D part design and surface modeling − Complex part design frequently requires surfacing to handle complex geometry and design scenarios Technology/ Capability • Easily model and edit complex surface geometry • Develop complex surface geometry using sweeps, blends, and boundary surfaces • Create analytic surfaces using extrude, revolve and fill tools • Drive complex surface geometry using mathematical equations and functions • Edit surfaces using trim, copy, merge and surface transform
  11. 11. 18 CREO PARAMETRIC – SHEETMETAL PART DESIGN Fast creation of accurate sheetmetal designs and flat pattern geometry Who Needs It? Customers that need to design accurate sheetmetal parts and flat pattern geometry Business Value • Reduce product costs • Reduce time-to-market • Reduce product development cost Process Improvement • 3D sheetmetal part design • Flat pattern geometry creation Technology/ Capability • Fast creation of complex sheet metal parts • Pick and place creation of walls, hems, notches, bend relief, etc. • Direct editing of sheet metal walls and features • Fast creation and placement of sheet metal form features (louvers, bosses, ribs, etc.) • Automated creation of sheet metal flat patterns with accurate bend allowance calculations
  12. 12. 19 CREO PARAMETRIC – PLASTIC PART DESIGN Specialized features to speed the creation and analysis of plastic and “thin walled” parts Who Needs It? Customers that design plastic parts and “thin walled” geometry Business Value • Reduce product costs • Reduce time-to-market • Reduce product development cost Process Improvement • 3D plastic part design Technology/ Capability • True 3D thickness checking • Fast analysis and verification of draft geometry • Specialized features to speed the creation of thin walled parts • Integral capabilities to analyze molding conditions and optimize geometry
  13. 13. 20 CREO PARAMETRIC – DESIGN REUSE AND AUTOMATION Automatically create part variants using design rules and family tables functionality Who Needs It? Any customers that creates standardized components and part geometry Business Value • Reduce product cost • Reduce time-to-market • Reduce product development cost Process Improvement • Part standardization and reuse Technology/ Capability • Automatic creation/verification of “table- driven” part variants − Specify variable dimensions, features, geometry
  14. 14. 21 CREO PARAMETRIC – ASSEMBLY MANAGEMENT AND PERFORMANCE TOOLS Specialize capabilities to manage component display and system performance Who Needs It? Customers that want to manage the assembly design process and system performance Business Value • Reduce product cost • Reduce time-to-market • Reduce product development cost Process Improvement • 3D assembly modeling Technology/ Capability • Work efficiently using on-demand simplified Reps • Define envelope parts to reduce memory usage • Work efficiently using “zones” to control clipping and component display • Create associative and non-associative “shrinkwraps” • Define lightweight components
  15. 15. 22 CREO PARAMETRIC – MECHANISM DESIGN (KINEMATIC) Model assemblies using true mechanism constraints to support and enable kinematic motion analysis Who Needs It? Customers that need to visualize and understand mechanism behavior using real world constraints to validate mechanism design and range of motion Business Value • Reduce product costs • Reduce time-to-market • Reduce product lifecycle cost • Reduce product development cost Process Improvement • Mechanism design • Kinematic motion analysis Technology/ Capability • Define assemblies using true mechanical joints • Design and troubleshoot complex assembly mechanisms • Perform kinematic analysis to validate and optimize mechanism behavior • Create motion envelopes to define “keep out zones” occupied by moving parts and components • Drag components to easily visualize and validate assembly mechanism design and range of motion
  16. 16. 23 CREO PARAMETRIC – MODEL ANIMATION Easily create assembly animations to demonstrate real-world behavior and assembly/disassembly instructions Who Needs It? Customers that create documentation and collateral to demonstrate functional and procedural product specifications and details Business Value • Reduce product costs • Lower product lifecycle cost • Reduce product development cost • Develop and define new markets Process Improvement • Design and functional product review • Work instructions and /Shop floor procedural documentation Technology/ Capability • Easily define display states, orientations, and motion behavior using a graphical timeline to create and manage the animation • Define assembly and disassembly animations for shop floor service and repair • Reduce or eliminate the need to create lengthy documentation
  17. 17. 24 CREO PARAMETRIC – DESIGN FOR ADDITIVE MANUFACTURING Reduce lengthy product development and manufacturing lead times Who Needs It? Any customer that needs to rapidly create prototypes, short run production tooling and end-use components for evaluation and production use • Additive manufacturing allows engineers to directly manufacture fully functional prototypes and end-use sellable goods • Additive manufacturing eliminates manufacturing process limitations (freedom to innovate) Business Value • Reduce time-to-market • Reduce product development cost • Accelerate new product introduction • Improve product quality and innovation Process Improvement • Rapid prototyping, tooling design and part manufacturing Technology/ Capability • Easy 3D printer selection and configuration • Simplified 3D model prep • Printability verification Note: Extended function with Creo AMX
  18. 18. 25 Creo Parametric includes basic Additive Manufacturing capabilities • OOTB 3D Printer Support – Support for Stratasys and 3D Systems • Model Preparation (Tessellation) – Chord height and angle controls • Printer tray setup – Auto position parts in Printer Tray • Global Scale – Scale all models • Printability Validation – Check models for Thin Walls and Narrow Gaps • Model Interrogation – Clipping – Display Support Material (approximation) • Calculate Build material – Rapid cost estimating • Option to Order 3D Print – Direct connection to i.materialize online print service CREO PARAMETRIC ADDITIVE MANUFACTURING OVERVIEW
  19. 19. 26 ADDITIVE MANUFACTURING COMPARISON CHART Freemium (included in Creo Parametric) Creo Additive Manufacturing Extension (add-on module) Creo Additive Manufacturing Plus Extension (add-on module) Capability 3D Plastic Printing Print Connectivity Lattice creation, tray assembly and printer connectivity Metal printer connectivity and support generation 3D printing from part or assembly mode    Connectivity with GrabCAD Print and 3DS Print    Tray Assembly creation (Printability, Nesting)   Lattice modeling   Build processor framework (Plastic printers)  (Materialise-powered)  (Materialise-powered)  (Materialise-powered) Build processor framework (Metal printers)  (Materialise-powered) Support Generation  (Materialise-powered)
  20. 20. 27 CREO PARAMETRIC – PERFORMANCE ADVISOR Unprecedented visibility into your Creo-related hardware and software environment Who Needs It? Every Creo customer that wants to optimize hardware and software performance and monitor install base usage Business Value • Reduce IT support and administration cost • Maximize and improve software utilization • Reduce cost of system downtime • Speed issue investigation Process Improvement • CAD administration and IT support Technology/ Capability • Hardware and software performance monitoring − Proactive investigation and resolution of stability and compatibility issues • Feature and usage monitoring − Identify training requirement
  21. 21. 28 Learning Connector delivers on-demand access to training content and materials • Integrated eLearning promotes rapidly learning and enhanced user skills ELEARNING LIBRARIES INCLUDED WITH SUBSCRIPTION PURCHASE Context sensitive learning provides training as it is needed, when it is needed,.. With no disruptions “Hey Bob, how do I create a variable section sweep?“ • Easy access to training, tutorials, help center and knowledge base • Rapidly adoption and utilization of new and advanced functionality • Elevate users skills and increase productivity
  22. 22. 2929 CREO PARAMETRIC – “LITE” CAPABILITIES Capability Limitations Creo Manufacturing basic 2 ½ -axis milling of prismatic parts in 5-axis positioning, partial icon-driven UI Creo Schematics scaled down version of Creo Schematics (included with Creo PCX) Creo HMX limited number of connectors (5) and wires (50), partial reporting and features (included with Creo PCX) ECAD Collaboration bi-directional data exchange with printed circuit board solutions Mold Analysis Limited material library (10) and single gate location Limited results and functionality -Suggested Molding Conditions -Melt Front Time -Parallel Computation -Result Advisor -Summary and Report Generator Note: Adding functionality to the Creo Design Essentials base package eliminates “lite” capability discussion for many solutions (i.e., simulation, AFX, IFX)
  23. 23. 30 Comprehensive 3D Design – Parametric Design – Parametric Surfacing – Freestyle Surfacing – Sheet Metal Design – Plastic Part Design – Direct Modeling (Creo FMX) Powerful Assembly Design – Mechanism Design – Structural Framework Design – Weld Design – Assembly Management and Performance Tools 2D/3D Annotation and Documentation – Automated creation/update 2D drawings – 3D model annotation – Realistic Rendering – 3D Animation Breakthrough Multi-CAD Data Exchange – Unite Technology Digital Manufacturing – Design for Additive Manufacturing Performance Monitoring – Performance Advisor ESSENTIALS PACKAGE DETAILS
  24. 24. 31 Comprehensive 3D Design – Parametric Design – Parametric Surfacing – Freestyle Surfacing – Sheet Metal Design – Plastic Part Design – Direct Modeling (Creo FMX) Powerful Assembly Design – Mechanism Design – Structural Framework Design – Weld Design – Assembly Management and Performance Tools 2D/3D Annotation and Documentation – Automated creation/update 2D drawings – 3D model annotation – Realistic Rendering – 3D Animation Breakthrough Multi-CAD Data Exchange – Unite Technology Digital Manufacturing – Design for Additive Manufacturing Performance Monitoring – Performance Advisor ESSENTIALS PACKAGE DETAILS Parametric Design – Create precise geometry, regardless of model complexity – Automatically dimension sketches for fast, easy reuse – Pick and place creation of engineering features such as rounds, chamfers, holes, and more – Easy creation of part variants using family tables
  25. 25. 32 Comprehensive 3D Design – Parametric Design – Parametric Surfacing – Freestyle Surfacing – Sheet Metal Design – Plastic Part Design – Direct Modeling (Creo FMX) Powerful Assembly Design – Mechanism Design – Structural Framework Design – Weld Design – Assembly Management and Performance Tools 2D/3D Annotation and Documentation – Automated creation/update 2D drawings – 3D model annotation – Realistic Rendering – 3D Animation Breakthrough Multi-CAD Data Exchange – Unite Technology Digital Manufacturing – Design for Additive Manufacturing Performance Monitoring – Performance Advisor ESSENTIALS PACKAGE DETAILS Parametric (Technical) Surfacing – Develop complex surface geometry using sweeps, blends, and boundary surfaces – Create analytic surfaces using extrude, revolve and fill tools – Drive complex surface geometry using mathematical equations and functions – Edit surfaces using trim, copy, merge and surface transform
  26. 26. 33 Comprehensive 3D Design – Parametric Design – Parametric Surfacing – Freestyle Surfacing – Sheet Metal Design – Plastic Part Design – Direct Modeling (Creo FMX) Powerful Assembly Design – Mechanism Design – Structural Framework Design – Weld Design – Assembly Management and Performance Tools 2D/3D Annotation and Documentation – Automated creation/update 2D drawings – 3D model annotation – Realistic Rendering – 3D Animation Breakthrough Multi-CAD Data Exchange – Unite Technology Digital Manufacturing – Design for Additive Manufacturing Performance Monitoring – Performance Advisor ESSENTIALS PACKAGE DETAILS Freestyle Surfacing – Enable novice users to create high-quality stylized surface geometry – Eliminate the need to define and understand curve and patch structure – Directly edit and manipulate control mesh and points to capture design intent – Align Freestyle geometry to external entities
  27. 27. 34 Comprehensive 3D Design – Parametric Design – Parametric Surfacing – Freestyle Surfacing – Sheet Metal Design – Plastic Part Design – Direct Modeling (Creo FMX) Powerful Assembly Design – Mechanism Design – Structural Framework Design – Weld Design – Assembly Management and Performance Tools 2D/3D Annotation and Documentation – Automated creation/update 2D drawings – 3D model annotation – Realistic Rendering – 3D Animation Breakthrough Multi-CAD Data Exchange – Unite Technology Digital Manufacturing – Design for Additive Manufacturing Performance Monitoring – Performance Advisor ESSENTIALS PACKAGE DETAILS Sheet Metal Design – Fast creation of complex sheet metal parts – Pick and place creation of walls, hems, notches, bend relief, etc. – Direct editing of sheet metal walls and features – Fast creation and placement of sheet metal form features (louvers, bosses, ribs, etc. ) – Automatic creation of sheet metal flat patterns – Accurate bend calculations
  28. 28. 35 Comprehensive 3D Design – Parametric Design – Parametric Surfacing – Freestyle Surfacing – Sheet Metal Design – Plastic Part Design – Direct Modeling (Creo FMX) Powerful Assembly Design – Mechanism Design – Structural Framework Design – Weld Design – Assembly Management and Performance Tools 2D/3D Annotation and Documentation – Automated creation/update 2D drawings – 3D model annotation – Realistic Rendering – 3D Animation Breakthrough Multi-CAD Data Exchange – Unite Technology Digital Manufacturing – Design for Additive Manufacturing Performance Monitoring – Performance Advisor ESSENTIALS PACKAGE DETAILS Plastic Part Design – Specialized features to speed the creation of thin walled parts – Fast analysis and verification of draft geometry – Accurate 3D thickness checking – Integral capabilities to analyze molding conditions and optimize geometry
  29. 29. 36 Comprehensive 3D Design – Parametric Design – Parametric Surfacing – Freestyle Surfacing – Sheet Metal Design – Plastic Part Design – Direct Modeling (Creo FMX) Powerful Assembly Design – Mechanism Design – Structural Framework Design – Weld Design – Assembly Management and Performance Tools 2D/3D Annotation and Documentation – Automated creation/update 2D drawings – 3D model annotation – Realistic Rendering – 3D Animation Breakthrough Multi-CAD Data Exchange – Unite Technology Digital Manufacturing – Design for Additive Manufacturing Performance Monitoring – Performance Advisor ESSENTIALS PACKAGE DETAILS Direct Modeling – Enable CAD data reuse and repurposing – Speed and promote creativity and innovation – Easily work with and edit geometry from any CAD source – Make fast, easy edits to rigidly defined parametric geometry – Eliminate the need to remodel legacy and non-native geometry
  30. 30. 37 Comprehensive 3D Design – Parametric Design – Parametric Surfacing – Freestyle Surfacing – Sheet Metal Design – Plastic Part Design – Direct Modeling (Creo FMX) Powerful Assembly Design – Mechanism Design – Structural Framework Design – Weld Design – Assembly Management and Performance Tools 2D/3D Annotation and Documentation – Automated creation/update 2D drawings – 3D model annotation – Realistic Rendering – 3D Animation Breakthrough Multi-CAD Data Exchange – Unite Technology Digital Manufacturing – Design for Additive Manufacturing Performance Monitoring – Performance Advisor ESSENTIALS PACKAGE DETAILS Mechanism Design – Model assemblies using true mechanism constraints – Analyze mechanism design and performance using kinematic motion analysis – Visualize and validate assembly mechanisms by dragging components through their range of motion – Visualize and troubleshoot mechanism designs creating motion envelopes (“keep-out zones”)
  31. 31. 38 Comprehensive 3D Design – Parametric Design – Parametric Surfacing – Freestyle Surfacing – Sheet Metal Design – Plastic Part Design – Direct Modeling (Creo FMX) Powerful Assembly Design – Mechanism Design – Structural Framework Design – Weld Design – Assembly Management and Performance Tools 2D/3D Annotation and Documentation – Automated creation/update 2D drawings – 3D model annotation – Realistic Rendering – 3D Animation Breakthrough Multi-CAD Data Exchange – Unite Technology Digital Manufacturing – Design for Additive Manufacturing Performance Monitoring – Performance Advisor ESSENTIALS PACKAGE DETAILS Structural Framework Design – Specialized functionality to automate structural framework design – Intuitive, easy to use process driven UI – Comprehensive libraries of profiles, joints, connections and equipment – Automated beam placement and creation of framework geometry (e.g., joints, connections) – Automated creation of BOMs, production drawings and fabrication data
  32. 32. 39 Comprehensive 3D Design – Parametric Design – Parametric Surfacing – Freestyle Surfacing – Sheet Metal Design – Plastic Part Design – Direct Modeling (Creo FMX) Powerful Assembly Design – Mechanism Design – Structural Framework Design – Weld Design – Assembly Management and Performance Tools 2D/3D Annotation and Documentation – Automated creation/update 2D drawings – 3D model annotation – Realistic Rendering – 3D Animation Breakthrough Multi-CAD Data Exchange – Unite Technology Digital Manufacturing – Design for Additive Manufacturing Performance Monitoring – Performance Advisor ESSENTIALS PACKAGE DETAILS Weld Design – Define weld fabrication and process requirements – Calculate accurate mass properties – Increase the accuracy of interference checking – Generate costs and time estimates – Create associative weld manufacturing documentation
  33. 33. 40 Comprehensive 3D Design – Parametric Design – Parametric Surfacing – Freestyle Surfacing – Sheet Metal Design – Plastic Part Design – Direct Modeling (Creo FMX) Powerful Assembly Design – Mechanism Design – Structural Framework Design – Weld Design – Assembly Management and Performance Tools 2D/3D Annotation and Documentation – Automated creation/update 2D drawings – 3D model annotation – Realistic Rendering – 3D Animation Breakthrough Multi-CAD Data Exchange – Unite Technology Digital Manufacturing – Design for Additive Manufacturing Performance Monitoring – Performance Advisor ESSENTIALS PACKAGE DETAILS Assembly Management and Performance Tools – Work efficiently using on-demand simplified Reps – Define envelope parts to reduce memory usage – Work efficiently using “zones” to control clipping and component display – Create associative and non- associative “shrinkwraps” – Define lightweight components
  34. 34. 41 Comprehensive 3D Design – Parametric Design – Parametric Surfacing – Freestyle Surfacing – Sheet Metal Design – Plastic Part Design – Direct Modeling (Creo FMX) Powerful Assembly Design – Mechanism Design – Structural Framework Design – Weld Design – Assembly Management and Performance Tools 2D/3D Annotation and Documentation – Automated creation/update 2D drawings – 3D model annotation – Realistic Rendering – 3D Animation Breakthrough Multi-CAD Data Exchange – Unite Technology Digital Manufacturing – Design for Additive Manufacturing Performance Monitoring – Performance Advisor ESSENTIALS PACKAGE DETAILS Automated creation and update of 2D drawings – Automated creation of drawings using standard templates – Fast drawing “cleanup” of dimensions, notes and annotations – Automatic creation of associative BOMs – Automatic creation of views and balloon callouts – Easily creation of dimensions, geometric tolerances, annotations, etc. – Support for all industry standards (ANSE, ISO, ASME and JIS)
  35. 35. 42 Comprehensive 3D Design – Parametric Design – Parametric Surfacing – Freestyle Surfacing – Sheet Metal Design – Plastic Part Design – Direct Modeling (Creo FMX) Powerful Assembly Design – Mechanism Design – Structural Framework Design – Weld Design – Assembly Management and Performance Tools 2D/3D Annotation and Documentation – Automated creation/update 2D drawings – 3D model annotation – Realistic Rendering – 3D Animation Breakthrough Multi-CAD Data Exchange – Unite Technology Digital Manufacturing – Design for Additive Manufacturing Performance Monitoring – Performance Advisor ESSENTIALS PACKAGE DETAILS 3D Model Annotations – 3D drawing support for ASME Y14.41 standards – Easily create and display 3D annotations on the 3D solid model geometry – Define critical dimensions and manufacturing specifications – Show Datum Tags, Surface Finish, GD&T and critical information – Integrated capabilities to support lightweight 3D visualization and model interrogation
  36. 36. 43 Comprehensive 3D Design – Parametric Design – Parametric Surfacing – Freestyle Surfacing – Sheet Metal Design – Plastic Part Design – Direct Modeling (Creo FMX) Powerful Assembly Design – Mechanism Design – Structural Framework Design – Weld Design – Assembly Management and Performance Tools 2D/3D Annotation and Documentation – Automated creation/update 2D drawings – 3D Model Annotation – Realistic Rendering – 3D Animation Breakthrough Multi-CAD Data Exchange – Unite Technology Digital Manufacturing – Design for Additive Manufacturing Performance Monitoring – Performance Advisor ESSENTIALS PACKAGE DETAILS Realistic Rendering – Create photo-realistic images for product review, marketing, etc. – Simulate materials, colors, textures, surface finish, etc. – Accurately evaluate material, color and texture options – Obtain feedback to drive the design direction – Assess and bring the best products to market
  37. 37. 44 Comprehensive 3D Design – Parametric Design – Parametric Surfacing – Freestyle Surfacing – Sheet Metal Design – Plastic Part Design – Direct Modeling (Creo FMX) Powerful Assembly Design – Mechanism Design – Structural Framework Design – Weld Design – Assembly Management and Performance Tools 2D/3D Annotation and Documentation – Automated creation/update 2D drawings – 3D model annotation – Realistic Rendering – 3D Animation Breakthrough Multi-CAD Data Exchange – Unite Technology Digital Manufacturing – Design for Additive Manufacturing Performance Monitoring – Performance Advisor ESSENTIALS PACKAGE DETAILS 3D Animation – Create animations to illustrate assembly and disassembly procedures – Improve service and repair documentation – Create visuals to reduce or eliminate localization cost – Reduce support cost and increase customer satisfaction
  38. 38. 45 Comprehensive 3D Design – Parametric Design – Parametric Surfacing – Freestyle Surfacing – Sheet Metal Design – Plastic Part Design – Direct Modeling (Creo FMX) Powerful Assembly Design – Mechanism Design – Structural Framework Design – Weld Design – Assembly Management and Performance Tools 2D/3D Annotation and Documentation – Automated creation/update 2D drawings – 3D model annotation – Realistic Rendering – 3D Animation Breakthrough Multi-CAD Data Exchange – Unite Technology Digital Manufacturing – Design for Additive Manufacturing Performance Monitoring – Performance Advisor ESSENTIALS PACKAGE DETAILS Unite Technology – Import and open common CAD data formats – Integrate and work with non-PTC data using on-demand conversion – Edit and evolve any data to facilitate CAD data reuse and repurposing (Creo FMX) – Collaborate and share multi-CAD data with internal and external design partners – Eliminate reliance on 3rd party CAD tools
  39. 39. 46 Comprehensive 3D Design – Parametric Design – Parametric Surfacing – Freestyle Surfacing – Sheet Metal Design – Plastic Part Design – Direct Modeling (Creo FMX) Powerful Assembly Design – Mechanism Design – Structural Framework Design – Weld Design – Assembly Management and Performance Tools 2D/3D Annotation and Documentation – Automated creation/update 2D drawings – 3D model annotation – Realistic Rendering – 3D Animation Breakthrough Multi-CAD Data Exchange – Unite Technology Digital Manufacturing – Design for Additive Manufacturing Performance Monitoring – Performance Advisor ESSENTIALS PACKAGE DETAILS Design for Additive Manufacturing – PTC Creo 3.0 M040 provides direct support for 3D printing – 3D Printer setup and configuration – 3D Printer model preparation – Scale and position model on printer tray – Visualization of 3D print support structure – 3D model Printability Validation to identify and resolve printability issues prior to 3D printing
  40. 40. 47 Comprehensive 3D Design – Parametric Design – Parametric Surfacing – Freestyle Surfacing – Sheet Metal Design – Plastic Part Design – Direct Modeling (Creo FMX) Powerful Assembly Design – Mechanism Design – Structural Framework Design – Weld Design – Assembly Management and Performance Tools 2D/3D Annotation and Documentation – Automated creation/update 2D drawings – 3D model annotation – Realistic Rendering – 3D Animation Breakthrough Multi-CAD Data Exchange – Unite Technology Digital Manufacturing – Design for Additive Manufacturing Performance Monitoring – Performance Advisor ESSENTIALS PACKAGE DETAILS Performance Advisor – Unprecedented visibility into your entire user base performance and overall environment – Proactive investigation and resolution of stability and compatibility issues – Solution recommendations with links to technical knowledge base – Monitoring of version usage for each user – Reduces cost of downtime and issue investigation
  41. 41. 48 AND THERE’S MORE … The Essential 3D Product Design Toolset • Concept Design Tools • Parts and Assembly Modeling • Automatic 2D Drawing Creation & Update • Unmatched Multi-CAD Data Exchange Capabilities • Assembly Management & Performance Tools • Parametric & Freestyle Surface Design • Sheet Metal Design • Mechanism Design • Plastic Part Design • Design Reuse and Automation • Structural Framework and Weld Design • Standard Parts Libraries • Best Practice Modeling Checks • Rendering and Animation • Basic Analysis • 2D Schematic Design • 3D Annotations • Rich, embedded learning tools • Direct Modeling with PTC Creo Flexible Modeling • Performance Advisor for PTC CreoTM • Design for Additive Manufacturing
  42. 42. 56 LITE CAPABILITIES EXPLAINED FROM ADDS- ON MODULES INCLUDED IN CREO PARAMETRIC 3D MODELIER
  43. 43. 58 LITE CAPABILITIES EXPLAINED • Simulate Lite • IFX Lite • AFX Lite • CAM Lite • Schematics Lite (include with Creo PCX) • Creo HMX Lite • ECAD Collaboration • Assembly Management and Performance Tools • Photorender • Manikin Lite • Basic Mold Analysis • Sparks Analysis Lite
  44. 44. 60 What does Simulation Lite provide? • A simple process wizard to guide the user through model setup and analysis • Static Structural Analysis for Parts and Assemblies • Full results reporting functionality • Complete upward model compatibility to full Simulate What are the limitations? • Simulate Lite uses the Process Guide – no access to the Simulate UI • Loads: Force/Moment, Pressure, Gravity • Constraints: Displacement, Pin, Ball, Planar • Simulate Lite cannot be run as a standalone app • Simulate Lite analysis is limited to models of 200 surfaces or less NOTE: Support of this lite extension is available with Pro/ENGINEER Wildfire 4.0 M070 and later SIMULATE LITE
  45. 45. 61 IFX LITE
  46. 46. 62 Description Lite Full Library Screws mm & Inch ANSI DIN EN ISO 1580, 2009, 4762, DIN 84, 85, 580, 912, 921, 931, 933, 960, 961, 963, 6912, 7380, 7984, 7990, 7991 EN 14399 EN ISO 1207 ISO 2010, 4014, 4016, 4017, 4018, 7045, 7411, 7412, 8676, 8677, 8678, 8765, 14579, 14580, 14581, 14582, JIS Washers mm & Inch Plain – wide & narrow Lock – regular & heavy DIN ISO 125, 127,128, 433, 434, 435, 6916, 6917, 6918, 7980, 7989, 7090, 7091, 7092 ISO 7093 EN 14399 Nuts, mm & Inch ISO 4032, 4033, 4035, 7040, 8673, 8674, 8765, 10511, 10512 Din 439, 555, 934, 971, 982, 1587, 6915, 6923, 1661 EN 14399 Dowels mm & Inch ISO 2338, 8733, 8734, 8735, 8740, 8748, 8750, 8751, 8752 DIN EN 28740 Customization PTC CREO INTELLIGENT FASTENER EXTENSION (IFX) Library Limitations
  47. 47. 63 Description Lite Full Placement Automatic hole Creation Counterbores Automated length selection Automated thread diameter selection Pattern fastener during placement Assemble fastener on all points/axis Create holes without external references Alignment of fasteners on beams with sloped inner surfaces Assembling nuts to subassemblies (encapsulated / welded nuts) Validation Updating hole positions Fastener length PTC CREO INTELLIGENT FASTENER EXTENSION (IFX) Placement and Validation Limitations
  48. 48. 64 AFX LITE
  49. 49. 65 What does AFX Lite provide? • Functionality to design beam structures up to 10x faster than using Creo Parametric • AFX is targeted toward customers who make structures with steel beams as well as custom and standard aluminum extrusions What are the limitations? • 20 profiles – 20 profiles, and 10 screws connections • Maximum of 10 screws and 20 elements per assembly/session is permitted – Element = profile or equipment • 10 screw connections • 20 pieces of Equipment – 20 pieces of Equipment and10 screw connections • Maximum of 10 screws and 20 elements per assembly/session is permitted – Element = profile or equipment • Unlimited number of joints NOTE: When AFX Lite is used to open AFX Standard designs, all AFX commands are disabled NOTE: Support of this lite extension is available with Pro/ENGINEER Wildfire 5.0 M010 and later AFX LITE
  50. 50. 66 CAM LITE
  51. 51. 67 What does CAM Lite provide? • Provides basic 2 ½-axis milling capability, allowing machining of prismatic parts in 5-axis positioning • UI is completely icon/dialog driven • Includes a generic (Fanuc) GPOST • Specific GPOST can be purchased from AustinNC or other vendors NOTE: Support of this lite extension is available with Pro/ENGINEER Wildfire 4.0 M070 and later CAM LITE
  52. 52. 68 SCHEMATICS LITE
  53. 53. 69 What does Schematics Lite provide? • Creo Schematics Lite is a scaled down version of Creo Schematics – Creo Schematics Lite is superior to Pro/DIAGRAM • Schematics Lite is a standalone multi disciplined diagramming solution for the creation of Block, Circuit, Wiring, P&ID and hydraulic diagrams – Wiring and piping information created in Creo Schematics drives mechanical Pro/PIPING and Pro/CABLING using an XML interface • Creo Schematics Lite is available at no charge to: – Existing Pro/DIAGRAM, Pro/CABLING, and Pro/PIPING customers – Customers who purchase a package which includes cabling or piping design • Designs created in Creo Schematics Lite are fully compatible with Creo Schematics • Designs created in Creo Schematics cannot be opened with Creo Schematics Lite Note: Schematics Lite extension is available with Pro/ENGINEER Wildfire 5.0 F000 and later SCHEMATICS LITE
  54. 54. 70 What are the limitations? Design Sheets: • Restricted Design Sheets – Maximum of 10 sheets • Restricted Import – CGM • DGE, DWG, DXF, Medusa, XML enabled – Design sheets, Snippets, & Datatables • Design Catalog enabled • Restricted Export – DWG, DXF, Medusa, CGM, PDF • XML enabled – Design sheets & Datatables • Design Catalog enabled CREO SCHEMATICS LITE LIMITATIONS
  55. 55. 71 What are the limitations? • Disabled Block Interconnect to Wiring Interconnect verifications – Matching Harnesses – Matching Shapes – Matching Pin numbers – Connection Verification • Disabled Reporting – Serial Part of Artifact name – Slicing of Artifact name – Slicing substring of Artifact name – Display nth word of Artifact name – Retrieving value of property Harness form connected fibers – Displaying Group Shapes – Displaying number of ports on a group • Disabled Custom Design Rule Checks (DRC’s) – Java API CREO SCHEMATICS LITE LIMITATIONS
  56. 56. 72 What are the limitations? • DC Simulation • Disabled eSimulateLite – Circuit Analysis – Wiring Analysis – DC Voltage margin – Wire overload – Short circuits – What if scenarios CREO SCHEMATICS LITE LIMITATIONS
  57. 57. 73 What are the limitations? Enterprise • Disabled Central Catalog – Internal catalog only – Distribute catalog updates via package tool Miscellaneous • Unable to open designs saved in full version of Creo Schematics – Full version of Creo Schematics can open lite designs • Disabled Alpha numeric naming and Draft Groups • Disabled Re-order two variable groups together • Disabled Java – API – Reset index selected ports - Reset index of all ports – Fix main index of variable group - Compact variable group indicies – Expanded functions for layer control CREO SCHEMATICS LITE LIMITATIONS
  58. 58. 74 What are the limitations? Miscellaneous • Disabled PCB Interface – Import PCB data – Apply ad-hoc parameter to ports via csv • Disabled Custom Cable Decoration CREO SCHEMATICS LITE LIMITATIONS
  59. 59. 75 Summary • PTC recommends upgrading to Creo Schematics if your company; – Has more than 5 users • Package tool • Central Catalog – Creates large design • More than 10 sheets per design – Requires custom reporting and DRC’s • Java API – Creates Block Interconnect Diagrams • BID to WID verification – Has a desire to optimize the design • Electrical simulation – Harnesses interface with Printed Circuit Boards • Import PCB data CREO SCHEMATICS LITE LIMITATIONS
  60. 60. CREO FLEXIBLE MODELING EXTENSION (FMX) June 2018
  61. 61. 7777 AGENDA • Product Introduction • Solution Capabilities • Process Opportunities and Value
  62. 62. 78 What is Creo Flexible Modeling Extension (FMX)? • Creo Flexible Modeling Extension is included functionality with every Creo Essentials and Creo Engineer package. The tool provides powerful direct modeling capabilities to rapidly edit and make unexpected changes to parametric and non-native CAD data. PRODUCT INTRODUCTION
  63. 63. 79 Slow, difficult process to… • recreate geometry to implement change • implement late stage and unexpected change • make changes to imported and non-native CAD data • simplify and prepare geometry for analysis and downstream activities • evolve legacy and carry-over geometry to support concept and detailed design FLEXIBLE MODELING – WHY DO WE NEED IT? Users struggle to work multi-CAD data and implement fast, flexible design changes
  64. 64. 8080 AGENDA • Product Introduction • Solution Capabilities • Process Opportunities and Value
  65. 65. 81 Creo Parametric delivers integral direct parametric modeling capabilities that are built-on a common data model Creo FMX Capabilities: • Integral direct and parametric modeling • Direct editing of multi-CAD geometry • Direct editing of parametric geometry CREO FMX OVERVIEW
  66. 66. 82 Integral Direct and Parametric Modeling • Common data model for direct and parametric modeling – Access Flexible Modeling from the command ribbon UI • Consistent UI for direct and parametric paradigms – Common workflows, geometry selection and RMB functions • Support for true “round-trip” capabilities – Easily move between direct and parametric paradigms without loss of model intelligence CREO FMX SOLUTION DIFFERENTIATORS
  67. 67. 83 Direct Editing of Multi-CAD Geometry • Recognize design intent from the model • Enable pattern and symmetry recognition and editing • Automate selection via rules and surface set feature recognition • Provide the ability to parameterize imported geometry • Direct edits are stored in the Creo Parametric history tree as editable features (edit, redefine, delete, etc.) CREO FMX SOLUTION DIFFERENTIATORS
  68. 68. 84 Direct Editing of Parametric Geometry • Direct edits are stored in the Creo Parametric history tree as editable features – Easily edit, redefine, delete, etc. • Re-parameterize obsolete design intent and add intelligence to imported data – Define edits using dimensions to create editable parameters • Parametric design intelligence is preserved and propagated – Editing geometry propagates to update Creo FMX feature CREO FMX SOLUTION DIFFERENTIATORS Creo FMX “move” applied to feature Creo Parametric feature is edited Change is propagated to Creo FMX “move” 1 2 3
  69. 69. 8585 AGENDA • Product Introduction • Solution Capabilities • Process Opportunities and Value
  70. 70. 86 Make fast, flexible edits to geometry from any CAD source • Make fast changes to parametric geometry without having to rework design intent • Directly edit and make changes to imported non-PTC geometry • Eliminate wasted time rebuilding geometry to implement change CREO FMX SUPPORTS LATE STAGE CHANGE
  71. 71. 87 Easily import and work with data from other CAD systems • Easily work with and edit data from any CAD source • Re-parameterize obsolete design intent and add intelligence to imported data • Collaborate and share data with suppliers, partners and the extend team CREO FMX SUPPORTS MULTI-CAD DESIGN
  72. 72. 88 Easily simplify and prepare CAD geometry to support downstream processes • Enable users to de-feature models for downstream functions such as analysis and manufacturing • Allow users to easily edit and modify geometry to encourage design reuse and support evolutionary design • Empower non-expert CAD users to prepare and work with CAD data CREO FMX SUPPORTS MODEL PREP AND SIMPLIFICATION
  73. 73. 89 Creo FMX delivers Business Value • Reduce Time-To-Market • Reduce Product Development Costs • Improve Product Quality and Innovation CREO FMX
  74. 74. 90 CREO HMX LITE
  75. 75. 91 CREO HARNESS MANUFACTURING EXTENSION (HMX) Introduction Using the traditional harness manufacturing solution to create all the required manufacturing documentation for an average harness would take in excess of two hours. PTC Harness Manufacturing Extension automates the documentation process reducing the time to less than five minutes. Creo HMX “lite” functionality is included with Creo PCX – Note: Pro/Harness for Manufacturing is also included (no longer being developed)
  76. 76. 9292 CREO HMX LITE With Creo 2.0 the 3 connector 36 wire harness would take around 2 hours to flatten and detail With Creo 3.0 the same harness would take less than 5 minutes using Harness Manufacture Lite At a typical hourly rate of $40, this would provide an immediate saving of $80.
  77. 77. 93 CREO HMX FUNCTIONAL COMPARISON SUMMARY Functionality Lite Standard Advanced Cabling Design Representation Single Line Layout 3D Layout Limitations Connectors 5 20 Unlimited Unlimited Wires 50 100 Unlimited Unlimited Features Auto Dimensioning Automatic Automatic Automatic Automatic Automatic Design Rule Checking X X Automatic X Back annotation to Creo Schematics X X Automatic X Reporting Bill of Materials (BOM) Automatic Automatic Automatic Manual Placement BOM including spools usage X Automatic Automatic Manual Placement BOM including wedges, cavity seals etc X X Automatic Manual Placement Wire From/To List Automatic Automatic Automatic Manual Placement Cutting List X Automatic Automatic X Connector Cavity Table including strip length X Automatic Automatic Manual Placement Connector Cavity Table including location view X X Automatic Manual Placement Design Change Recreate Drawing Parametric Update
  78. 78. 94 ECAD COLLABORATION
  79. 79. 95 What does ECAD Collaboration provide? • Bi-direction data exchange with printed circuit board solutions such as Allegro, BoardStation and Visula What are the benefits? • Automatically convert 2D schematic (ECAD IDF files) information to 3D model geometry • Improve IDF-based workflows ECAD COLLABORATION Note: SolidWorks customers must purchase the Premium package to get SolidWorks Circuitworks
  80. 80. 96 ASSEMBLY MANAGEMENT AND PERFORMANCE TOOLS
  81. 81. 97 What do Assembly Management and Performance Tools provide? • Robust assembly management and performance capabilities • Simplified Reps (including On Demand) • External Simplified Representations • Envelope Parts • Zones • Patented Shrinkwrap • Associative and Non-Associative • Lightweight Components Note: Assembly Performance Extension (APX) was at one time a separate purchasable extension Note: The capabilities were rolled into the base package many releases ago What are the limitations? • No support for concurrent engineering, top-down design, process planning documentation, etc. – Creo AAX provides advanced functionality (i.e., Skeleton models, publish geometry, interchange groups, assembly programs) ASSEMBLY MANAGEMENT AND PERFORMANCE TOOLS
  82. 82. 98 PHOTORENDER
  83. 83. 99 What does Photorender provide? • Creo Parametric photorender creates high quality images rendering materials, textures, reflections, shadows and backgrounds in real time Why purchase Render Studio? • Render Studio is used to create highly accurate photo-realistic renderings using Real-time raytracing powered by Luxion Keyshot • 200 new materials with "procedural textures", real-world lighting, accurate reflections and shadows (ray-tracing), and the fastest render times NOTE: in Wildfire 4.0, ARX was powered by Lightworks by Lightwork Design NOTE: In Wildfire 5.0, ARX was powered by mental ray® rendering software from Mental Images PHOTORENDER Note: Creo Render Studio will be released with Creo 4.0 (Dec. 15th) The stand alone Creo Render Studio App will be available in a later release (Creo 4.0 M020) Current Creo ARX customers (on maintenance) will receive the new Creo Render Studio Extension
  84. 84. 100 MANIKIN LITE
  85. 85. 101 What does Manikin Lite provide? • Scalable, affordable, human modeling solution for the everyday designer • User may load, place, edit placement and manipulate a Manikin in the scene What are the limitations? • One default Manikin model, limited tools for manipulation (2D drag and apply posture only) NOTE: Purchased Manikin Extension adds the capabilities to check reach envelopes, vision cones, first person vision window & utilize an entire library of Manikins and Purchased Manikin Analysis Extension adds multiple types of Ergonomics Analysis NOTE: Support of this lite extension is available with Pro/ENGINEER Wildfire 4.0 M060 and later MANIKIN LITE
  86. 86. 102 BASIC MOLD ANALYSIS
  87. 87. 103 What does Basic Mold Analysis provide? • Basic mold analysis with suggested molding conditions and melt front time analysis What are the limitations? • Refer to chart for details BASIC MOLD ANALYSIS
  88. 88. 104 SPARK ANALYSIS LITE
  89. 89. 105 What does Spark Analysis Lite provide? • Provides the ability to analyze electrical creepage between two selected parts or quilts. NOTE: Creepage analysis is very computer hardware intensive NOTE: Support of this lite extension is available with Pro/ENGINEER Wildfire 5.0 F000 and later SPARK ANALYSIS LITE

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