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FY17 CREO SOLUTIONS POSITIONING -CORE EXTENSIONS AND CAPABILITIES
Omar RochaMarket Director
PTC CREO SOLUTIONS PTC Creo Solutions
Multi-CAD CAID CAD CAM CAEConsolidation and
CollaborationConcept Design 2D Design 3D Design Tooling Design Manufacturing Simulation
Creo Parametric Core Capabilities
Creo Unite Technology
Import DataDoctor
2D Detailing and Documentation
3D Model Annotation (MBD)
Part and Assembly Modeling
Weld Design
Freestyle Surface Design
Parametric Surfacing
Sheetmetal Part Design
Plastic Part Design
Design Reuse and Automation
Assembly Management and Performance
Mechanism Design
Model Animation
Design for Additive Manufacturing
Rich, Embedded Learning Tools
“Lite” Capabilities
PTC Creo Parametric Extensions and Products
Creo in the Cloud
Creo Collaboration Extensions
Creo FMX
Creo Direct
Creo LMX
Creo Sketch
Creo Layout
Creo ISDX
Creo Render Studio
Creo REX
Creo DEX
For changes and updates please contact [email protected]
PTC CREO SOLUTIONS PTC Creo Solutions
Multi-CAD CAID CAD CAM CAEConsolidation and
CollaborationConcept Design 2D Design 3D Design Tooling Design Manufacturing Simulation
PTC Creo Extensions and Products - Continued
Creo AAX
Creo AFX
Creo IFX
Creo Schematics
Creo PCX
Creo HMX
Mathcad Prime
Mathcad Gateway
Creo BMX
Creo MDO
Creo Simulate
Creo Advanced Simulate
Creo Fatigue Analysis
Creo TAE
Creo GD&T Advisor Extension
Creo Sparks Analysis
Creo Manikin
Creo Manikin Analysis
Creo TDO
Creo CMA
Creo EMX
Creo PDX
Creo Additive Manufacturing Extension
Creo Prismatic and Multi-Surface Milling
Creo Advanced Manufacturing Solutions
Creo NC Sheetmetal
Creo Computer-Aided Verification
For changes and updates please contact [email protected]
4
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
CREO PARAMETRIC - UNITE TECHNOLOGY
Capabilities to support multi-CAD Collaboration and Consolidation
© 2016 PTC
5
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
CREO PARAMETRIC – IMPORT DATA DOCTOR (IDD)
Automate the “repair” and “clean-up” of imported geometry
© 2016 PTC
6
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)
CREO PARAMETRIC – 2D DETAILING AND DOCUMENTATION
Specialize capabilities to manage component display and system performance
© 2016 PTC
7
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
CREO PARAMETRIC - 3D MODEL ANNOTATIONS (aka MBD)
Define a single source of truth for design, manufacturing and process information
© 2016 PTC
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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
CREO PARAMETRIC – PART AND ASSEMBLY MODELING
Powerful, parametric design capabilities to create complex geometry and capture design intent
© 2016 PTC
9
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
CREO PARAMETRIC – WELD DESIGN
Accurately define weld geometry and the associated weld fabrication documentation
© 2016 PTC
10
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
CREO PARAMETRIC - FREESTYLE DESIGN
Capabilities to speed the creation high-quality freeform surface geometry
© 2016 PTC
11
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
CREO PARAMETRIC – SURFACING
Define parameter and constraint driven entities to create complex free-form and analytical surfaces
© 2016 PTC
12
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
CREO PARAMETRIC – SHEETMETAL PART DESIGN
Fast creation of accurate sheetmetal designs and flat pattern geometry
© 2016 PTC
13
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
CREO PARAMETRIC – PLASTIC PART DESIGN
Specialized features to speed the creation and analysis of plastic and “thin walled” parts
© 2016 PTC
14
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
CREO PARAMETRIC – DESIGN REUSE AND AUTOMATION
Automatically create part variants using design rules and family tables functionality
© 2016 PTC
15
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
CREO PARAMETRIC – ASSEMBLY MANAGEMENT AND PERFORMANCE TOOLS
Specialize capabilities to manage component display and system performance
© 2016 PTC
16
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
CREO PARAMETRIC – MECHANISM DESIGN (KINEMATIC)
Model assemblies using true mechanism constraints to support and enable kinematic motion analysis
© 2016 PTC
17
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
CREO PARAMETRIC –MODEL ANIMATION
Easily create assembly animations to demonstrate real-world behavior and assembly/disassembly instructions
© 2016 PTC
18
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: Additional capabilities coming with Creo 4.0 (Extended Offering)
CREO PARAMETRIC - DESIGN FOR ADDITIVE MANUFACTURING
Reduce lengthy product development and manufacturing lead times
© 2016 PTC
19
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,..
• Easy access to training, tutorials,
help center and knowledge base
• Users do not take advantage of
new functionality
• eLearning exposes users to
functionality
With no disruptions
„Hey Bob, how do I create a
variable section sweep?“
20
PTC CREO PARAMETRIC – “LITE” CAPABILITIES
Capability LimitationsCreo Simulate limited model size (200 surfaces), process wizard UI, and partial access to loads and constraint types
Creo IFX limited placement functionality, no support for dowels, library customization and validation
Creo AFX limited number of structural profiles (20), screw connections (10) and equipment pieces (20)
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
Assembly Management and Performance Tools
no support for concurrent engineering, top-down design and process planning documentation
Creo Photorender real-time rendering does not use PTC Photolux, Lightworks or Mental Ray rendering capabilities
Creo Manikin one default Manikin model, limited tools for manipulation (2D drag and apply posture only)
Creo Mold Analysis limited number of materials (10), gates (1) and analysis types (2)
Creo Sparks Analysis ability to analyze electrical creepage between two selected parts or quilts
For more information refer to the PTC Creo Parametric – Essentials Packages (with Lite Details) deck in PTC Velocity
21
2 CREO EXTENSIONS AND PRODUCTS
22
Who Needs it? Any customer that wants to pursue a hosted strategy to rapidly deploy and administer Creo in the Cloud
Business Value:– Reduced IT Infrastructure and Support Costs
• Reduce cost of deploying updates and upgrades
– Reduced administrative burden • Refocus IT resources
– Reduced Costs of Ownership
– Greater access to Creo
• Access from anywhere with a browser
Process Improvement:– IT Administration, configuration, deployment and support
Technology/Capability: – Creo in the Cloud (CITC) provides the same capabilities as
an on premise deployment• Two packages: Creo Engineer IIIc, Creo Engineering IVc
CREO IN THE CLOUD
A SaaS Deployment of Creo – Accessible anywhere, on any device with an internet connection
© 2016 PTC
Note: At the present time, CITC is a Direct Only offering
23
Who Needs it? Every customer that needs to integrate and work with data from CATIA, SolidWorks and Siemens NX
Business Value:– Reduce product cost
– Reduce time-to-market
– Reduce product development cost
– Improve product quality and innovation
Process Improvement:– Multi-CAD Design Collaboration and Consolidation
• CATIA V4, CATIA V5, SolidWorks, and Siemens NX
Technology/Capability: – PTC Creo Collaboration Extensions are available for CATIA V4, CATIA V5, SolidWorks, and Siemens NX
• “Save As” native CATIA V4/V5, SolidWorks, and Siemens NX file formats
• Automatically detect and update out of date information
CREO COLLABORATION EXTENSIONS
Collaborate more effectively when working with data from CATIA V4/V5, SolidWorks and Siemens NX
© 2016 PTC
25
Who Needs it? All customers that need to work with and edit multi-CAD from suppliers, partners and extended design teams
Business Value: – Reduce time-to-market
– Reduce product development cost
– Improve product quality and innovation
Process Improvement:– Multi-CAD Design
– Late Stage and Unexpected Change
– Rapid Design Exploration and Reuse
– Model Prep and Simplification
Technology/Capability: – Support multi-CAD Collaboration and Consolidation efforts
– Rapidly implement late stage and unexpected design change
– Speed design exploration and enable CAD data reuse
– Prepare models for analysis and downstream use
CREO FLEXIBLE MODELING (FMX)
Capabilities to directly edit any 3D geometry in Creo Parametric
© 2016 PTC
26
Who Needs it? Infrequent CAD users that require the ability to access, use and create CAD geometry to facilitate downstream processes and participate in product development activities
Business Value: – Reduce time-to-market
– Reduce product development cost
– Improve collaboration with suppliers and partners
Process Improvement:– Multi-CAD editing and design collaboration
– Fast creation of concept and proposal geometry
– Model prep and simplification for analysis and downstream use
Technology/Capability: – 2D drafting and 3D Direct modeling of parts and assemblies
– Work with and edit 3D geometry from any CAD sources
– Granite-based Interoperability with Creo Parametric • Move between direct and parametric modeling without loss of information or intelligence
CREO DIRECT
Intuitive direct modeling capabilities to enable infrequent CAD users to access, create and edit 3D CAD geometry
© 2016 PTC
27
Who Needs it? Companies that need to migrate IP (models) and documentation (drawings) from legacy CAD systems to PTC Creo
– LDA addresses the issues or cost and accuracy which are the major roadblocks to Legacy Data Migration
Business Value: – Reduce product costs
– Reduce time-to-market
– Reduce product development cost
Process Improvement:– Legacy data migration and conversion
• LDA provides three levels of association Model – View - Annotation
Technology/Capability: – Legacy Drawing Associator (LDA) – automatically connects parametric models to imported legacy data
• Relink model and drawing to provide associativity (update) and association when checked into Windchill PDMLink
– Annotation Convertor (AC) – Automatically convert drawing dimensions and notes to 3D annotations
– Assembly Collapse Configuration (ACC) – Recreate representation as simplified-reps and explode states in Creo
CREO LEGACY DATA MIGRATION EXTENSION (LMX)
Intuitive direct modeling capabilities to enable infrequent CAD users to access, create and edit 3D CAD geometry
© 2016 PTC
28
Who Needs it? Any customer that wants to create and share 2D concepts and ideas using digital media
Business Value: – Reduce time-to-market
– Design to realize price premium
– Develop and define new markets
Process Improvement:– 2D sketching and conceptual design
– Transition from concept to detailed design • Utilize sketch data as a trace sketch in Creo Parametric
Technology/Capability: – Free-hand 2D concept sketching and airbrushing
• Flexible pencils, markers and airbrush tools to define line art and 2D renderings
• Advanced effect brushes to blur, sharpen, lighten, smudge, etc.
• Precision tools to create, trace copy and pattern entities
• Full layer control and definition
– Easily share and collaborate using digital media
CREO SKETCH
Rapid ideation and exploration of design concepts using digital tools to create sketches and illustrations
© 2016 PTC
PTC Creo Sketch is a free 2D CAD application
29
Who Needs it? Customers that create products using 2D layouts to conceptualize and support design
– Machine design, gear design, and axi-symmetric products are easily defined in 2D
Business Value: – Reduce time-to-market
– Reduce product development cost
– Improve product quality and innovation
Process Improvement:– 2D concept and layout design
– Transition from 2D layout to 3D detailed design
Technology/Capability: – Easily create from scratch or edit existing information
– Directly utilize 2D data to speed the creation of 3D design
– Implement changes driven from 2D layout information
CREO LAYOUT
© 2016 PTC
Maximize productivity using integral 2D layout and 3D detailed design
30
Who Needs it? Any customer that needs to differentiate and capture competitive differentiation using freeform design to satisfy aesthetic, ergonomic and functional design requirements
– Commodity products require styling to provide competitive differentiation
Business Value: – Reduce time-to-market
– Reduce product development cost
– Improve product styling and competitive differentiation
Process Improvement:– Freeform surface creation
– Concept and industrial design
Technology/Capability: – Combined freeform and technical surfacing in a single environment
– Focus on design aesthetics and shape rather than constraints and parameters
– Design precise curves and surfaces to achieve highly-engineered, manufacturable products
– Confidently explore design variants leveraging direct curve and surface editing capabilities and real-time feedback
CREO INTERACTIVE SURFACE DESIGN (ISDX)
Combine the power of parametric modeling and flexibility of freeform surfacing
© 2016 PTC
31
Who Needs it? All customers that create product images for design review, marketing collateral and product documentation
Business Value: – Lower product cost
– Increase product revenue – first time build success
– Enhance product communication and marketing collateral
Process Improvement:– Product rendering and collateral creation
– Design review and product evaluation
Technology/Capability: – Real-time Raytracing powered by Luxion Keyshot
– Enhanced lighting with High Dynamic Range Image (HDRI) support
– Light attenuation and light fall off
– Support for caustics, final gathering and global illumination
– Image, texture and decal mapping
– Standard library of over 200 predefined materials types
CREO RENDER STUDIO
Produce photorealistic images for design review, market collateral, product packaging and consumer testing
© 2016 PTC
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
32
Who Needs it? Customers that need to reverse engineer products from prototype 3D scan and facet data geometry
Business Value: – Reduce time-to-market
– Reduce product development cost
– Design to realize price premium
Process Improvement:– Reverse engineer 3D CAD models from prototype or physical model
Technology/Capability: – Accurately capture design intent from prototype models
• Create 3D geometry from point cloud and facet geometry
– Easy capture complex geometry and contour definitions
– Reverse engineer discontinued or hard to find designs
– Recreate from prototype or scan in the fastest time possible to meet time-to-market
CREO REVERSE ENGINEERING EXTENSION (REX)
Reverse engineer 3D CAD models from prototype scan data
© 2016 PTC
33
Who Needs it? Every customer that strives to create and foster an environment that encourages design exploration, innovation and creativity
Business Value: – Reduce time-to-market
– Reduce product development cost
– Improve product quality and innovation
Process Improvement:– Design exploration
– Design review and evaluation
– Change investigation and exploration
Technology/Capability: – Rapidly explore and evaluate design ideas and modeling alternatives
• Safely explore options and ideas using checkpoints to manage files and capture design history
– Conduct interactive design reviews using saved DEX session data to review concepts and ideas • No need to clear in-session data, change folders and reload geometry
– Easily investigate changes and implement change using “Explore Update” to eliminate risk
CREO DESIGN EXPLORATION EXTENSION (DEX)
© 2016 PTC
Rapidly create and explore concepts and modeling alternatives
34
Who Needs it? All customers that requires top-down design tools to capture design intent and manage the concurrent design process
Business Value: – Reduce time-to-market
– Reduce product development cost
– Improve product quality and innovation
Process Improvement:– Concurrent design using top-down design
– Data sharing and distribution
– Reference control
– Change propagation
Technology/Capability: – Define and manage design intent
– Securely share and communicate design criteria
– Establish and enforce design best practices
– Implement predictable change
CREO ADVANCED ASSEMBLY (AAX)
Capabilities to facilitate and support concurrent design and development
© 2016 PTC
35
Who Needs it? All customers that create structural framework assemblies for building structures, machinery and assembly lines
Business Value: – Reduce time-to-market
– Reduce product development cost
– Improve product quality and innovation
Process Improvement:– Structural framework design
– Fastener assembly
– Weldment design
Technology/Capability: – Intuitive, easy to use process driven UI
– Fully integrated modeling, framework design and analysis
– Comprehensive and customizable 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
CREO ADVANCED FRAMEWORK DESIGN (AFX)
Speed design and improve the accuracy of structural framework assemblies
© 2016 PTC
36
Who Needs it? The target customer creates products that require assembly fabrication and/or scheduled service and maintenance
– Fastener assembly allows equipment to be assembled and dis-assembled for transport, service and maintenance
Business Value: – Reduce time-to-market
– Reduce product development cost
Process Improvement:– Fastener standardization and selection
– Clearance and alignment geometry creation
– Fastener and configuration hardware assembly
– Fastener validation
Technology/Capability: – Rapid fastener and hardware selection
– Automatic creation of fastener geometry
– Automatic placement of fastener and configuration hardware
CREO INTELLIGENT FASTENER EXTENSION (IFX)
Capabilities to automate fastener geometry creation and hardware assembly
© 2016 PTC
37
Who Needs it? Every customer that is using PTC Creo PCX to define 3D cable and pipe routings or using 3rd party tools to define 2D schematic diagrams
Business Value: – Reduce time-to-market
– Improve product quality
– Reduce product development cost
Process Improvement:– 2D electrical and mechanical schematic design
– Schematic-driven routing of 3D cable and piping systems
– Verification and validation of 3D routings (2D schematic logic)
Technology/Capability: – Comprehensive, stand-alone 2D diagramming solution for creating 2D schematic diagrams
– Multi-disciplinary support for: • Block, Circuit and Wiring Interconnect Diagrams, Process & Instrumentation Diagrams (P&ID), Process Flow Diagrams (PFD), Heating
Ventilation & Air Conditioning (HVAC)
– Automatically compare and validate 3D data against 2D schematic logic
– Drive 3D routing within Creo Parametric, Creo Elements/Direct and any CAD solution that accepts XML data
CREO SCHEMATICS
© 2016 PTC
Rapidly create 2D schematics and automate the routing of 3D cable and piping systems
38
Who Needs it? Any customer that requires integral 3D routing capabilities to optimize manufacturing, cost and serviceability
Business Value: – Reduce time-to-market
– Reduce product development cost
– Lower lifecycle cost (optimize routings for service and manufacturability)
Process Improvement:– 3D cable and pipe routing and optimization
– Verification and validation (2D schematic logic)
– Automated creation of manufacturing deliverables
Technology/Capability: – Automated routing referencing 2D Schematic logic
– Easily visualize and edit using drag handles and on-the-fly editing
– Ability to compare/validate 3D data against 2D schematic logic
– Fast creation of fully associative drawings and manufacturing deliverables
CREO PIPING AND CABLING DESIGN (PCX)
© 2016 PTC
Create and optimize routings for cost, manufacturability and service
39
Who Needs it? Every PTC customer using Creo PCX to design 3D wire and cable routings requires Creo HMX to rapidly define harness manufacturing documentation
Business Value: – Reduce time-to-market
– Improve consistency and quality of documentation
– Rapidly create quotes and accurate manufacturing estimates
Process Improvement:– Harness manufacturing documentation
Technology/Capability: – Harness flattening and view creation
– Annotation and dimensioning of 2D drawing views
– BOM and Table (wire, connector) generation and placement
CREO HARNESS MANUFACTURING EXTENSION (HMX)
© 2016 PTC
Simplify and automate the creation of harness manufacturing documentation
With Creo 2.0 the 20 connector 80 wire harness would take around
12 hours to flatten and detail
With Creo 3.0 HMX Standard less than 10 minutes
At a typical hourly rate of $40, this would provide an immediate
saving of $450
40
Who Needs it? Any customer that wants to document design intent and use engineering calculations to support analysis driven design, verification and validation
Business Value: – Reduce time-to-market
– Reduce product development cost
– Improve product quality and innovation
Process Improvement: – Document design intent
– Support analysis driven design
– Enable design verification and validation
Technology/Capability: – Capture design intent inside your model
• Mathcad worksheets are embedded and saved with the Creo model or assembly
– Create smart geometry driven by calculations
– Analyze and validate geometry using parameter driven calculations
ENGINEERING NOTEBOOK POWERED BY PTC MATHCAD
Capabilities to connect geometry calculations and documentation to Creo data
© 2016 PTC
41
Who Needs it? Every customer that wants to provide secure access and encourage the use of company certified engineering calculations
Business Value: – Reduce time-to-market
– Reduce product development cost
– Improve product quality and innovation
Process Improvement:– Secure access and use of standardized engineering calculations
Technology/Capability: – PTC Mathcad Gateway is a calculation server
• Single point of entry to all calculation best practices
– Secure access using any device with an internet browser• No license required to access and “submit to calculation queue”
– 4 levels of pricing (5K, 12.5K, 25K and unlimited calculations per year)• Priced per worksheet submission to Designated Server
• Independent of the number of calculation operators and functions in the worksheet itself
MATHCAD GATEWAY
Secure access to company certified engineering calculations at any time, on any device
© 2016 PTC
42
Who Needs It? All customers using iterative solving to capture geometry requirements, solve for design criteria and define complex measures
Business Value– Speed time-to-market
– Reduce product development cost
– Improve product quality and innovation
– Increase customer satisfaction and competitive differentiation
Process Improvement:– Design optimization and exploration
– Model performance and information tracking
Technology/Capability:– Automatically solve for design goals
– Create smart models that adapt to change
– Define and track custom measures
CREO BEHAVIORAL MODELING (BMX)
© 2016 PTC
Rapidly optimize geometry to solve for design goals and engineering criteria
Design (exploration)
• Determine the point ratio that will result in 25 degree spring angle
Design evaluation and tracking
• Demonstrate x-sectional area through duct Design Optimization
• Optimize surface area of blade
• Move location of CoG to specify
sweet spot
• Optimize shape to achieve
desired volume
43
Who Needs it? All customers that need to optimize mechanism behavior to enhance product performance and quality
Business Value– Reduce time-to-market
– Reduce product lifecycle cost
– Reduce product development cost
– Improve product quality and innovation
Process Improvement:– Mechanism design and visualization
– Kinematic and dynamic motion analysis
– Load transfer
Technology/Capability: – Model real-world force, loads and contact types
– Analyze mechanism behavior and reactionary forces
– Seamlessly transfer reaction, gravity and inertial loads to Creo Simulate (Structural Analysis)
CREO MECHANISM DESIGN OPTION (MDO)
© 2016 PTC
Analyze and optimize the dynamic performance of mechanism designs
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Who Needs it? The target customer must avoid product failures to mitigate risk of warranty, service, repair and liability
Business Value– Reduce time-to-market
– Reduce product lifecycle cost
– Reduce product development cost
– Improve product quality and innovation
Process Improvement:– Linear static structural analysis
– Static structural analysis with small displacement
– Modal structural analysis
– Linear buckling structural analysis
– Linear steady state thermal analysis
Technology/Capability: – Seamless integration of design and analysis
– Enable simulation-driven design to optimize product performance, quality and durability
CREO SIMULATE
© 2016 PTC
Analyze and optimize the structural integrity of part and assembly models
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CREO ADVANCED SIMULATION EXTENSIONCapability Simulation Extension Advanced
Simulation Extension
Static Structural Analysis ✔ ✔
Simulate Parts and Assemblies ✔ ✔
Buckling Analysis ✔ ✔
Steady State Thermal Analysis ✔ ✔
Solids, Beams, Shells, Masses, Springs ✔ ✔
Design Optimization ✔ ✔
Nonlinear Contact ✔ ✔
Materials Nonlinearity (Hyperelsasticty and Plasticity) ✔
Isotropic and Composite Materials ✔
Large Deformation Nonlinearity ✔
Dynamic and Prestress Analysis ✔
Transient and Nonlinear Thermal Analysis ✔
* Limited by model size
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Who Needs it? Customers that need to analyze the structural integrity of components subject to cyclical loading conditions and real world constraints
Business Value– Reduce time-to-market
– Reduce product lifecycle cost
– Reduce product development cost
– Improve product quality and innovation
Process Improvement:– Analyze and understand cycle fatigue and product durability
– Accurately predict fatigue cycles and determine confidence of life
– Calculate result quantities such as life, damage and factor of safety
Technology/Capability: – Accurately models surface finish and treatment effects
– Analyze the impact of repeated loading and unloading cycles
– Predict how surface finish and treatment affect design durability
– Determine the number of load cycles components can sustain before failure
CREO FATIGUE ANALYSIS
© 2016 PTC
Analyze and optimize the structural integrity of part and assembly models
Crack Initiation site
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Who Needs it? Any customer looking to gain competitive advantage using “worst case analysis” to design for Six Sigma
Business Value– Reduce time-to-market
– Reduce product development cost
– Improve product quality and innovation
Process Improvement:– Design for Six Sigma (DFSS)
– Perform “worst case analysis” using single direction i.e., 1D tolerance analysis
Technology/Capability: – Easily analyze, visualize and understand the geometric tolerance stack-up
and dimensional variation
– Evaluate the impact of tolerances on the manufacturability of designs
– Support six sigma design methodologies to improve design quality
CREO TOLERANCE ANALYSIS EXTENSION (TAE)
© 2016 PTC
Analyze and understand geometric tolerance stack-up and dimensional variation
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Who Needs it? Every customer that documents model and manufacturing requirements using Geometric Dimensioning and Tolerancing (GD&T)
Business Value– Reduce time-to-market
– Improve product quality and innovation
– Reduce product development and manufacturing costs
– Improve collaboration and communication
Process Improvement:– GD&T authoring (4 times faster than Creo Authoring)
– Model-based Definition (MBD)
Technology/Capability: – GD&T workflows make it easy to define semantically correct GD&T
– GD&T Validation prevents users from creating invalid annotation
– Integrated help content speeds user adoption and learning
– Intelligent, CAD-native annotations are usable in downstream processes (i.e., production drawing, tolerance analysis, computer aided inspection, etc.)
CREO GD&T ADVISOR EXTENSION
© 2016 PTC
Simplify GD&T creation and improve MBD compliance with latest standards (ASME & ISO)
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Who Needs it? Any customer that creates electromechanical designs and wants eliminate design flaws resulting from the creeping or arching of an electrical spark between conductive components
Business Value– Reduce time-to-market
– Reduce product lifecycle cost
– Reduce product development cost
– Improve product quality and innovation
Process Improvement:– Electrical clearance and creepage analysis of 3D designs
Technology/Capability: – Analyze and verify electrical clearance and creepage to ensure product safety
– Define conductivity for individual components and conductive surfaces (CTI value)
– Automatically create Net Pair Violation reports • Color coded violation status colors
• Easy interrogation – zoom to violation, visualize path, etc.
CREO SPARKS ANALYSIS
© 2016 PTC
Analyze and optimize the structural integrity of part and assembly models
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Who Needs it? Customers that need to optimize products for human interaction, safety, comfort and usability
Business Value– Reduce time-to-market
– Reduce product development cost
– Validate product usability and human interaction
Process Improvement:– Human-centric design leveraging digital human visualization and simulation– Ensure product designs are optimized for the target audience and global market– Communicate and share complex human-product interaction issues using a strong,
and clearly communicable, visual simulation solution
Technology/Capability: – Quickly insert and customize digital human models
• Manikin libraries speed the selection and reuse of manikin data
– Easily manipulate manikin posture using standard Creo Parametric functionality
– Define vision cones and reach enveloped to validate design considerations and field of view• Create vision windows to “see” what the manikin can see
CREO MANIKIN EXTENSION
© 2016 PTC
Validate and optimize products for human interaction, usability and safety
Reach EnvelopesVision Cones
Reach Function Manikin’s “first person” View
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Who Needs it? Customers that need to analyze human interaction and demonstrate compliance with safety, health and workplace standards
Business Value– Standards compliance
– Reduce time-to-market
– Reduce product development cost
Process Improvement:– Conformance with safety, health and workplace standards
Technology/Capability: – Validate designs against workplace standards and guidelines for:
• Material Handling (RULA), Pushing/Pulling (Snook), Lifting/Lowering (Snook), Carrying (Snook) and Lifting/Lowering (NIOSH)
– Define and save manikin postures associated with the analysis • Reuse and apply saved positions for target populations
– Identify and validate acceptable limits for the desired population• Reuse and repeat the analysis for different populations and criteria
CREO MANIKIN ANALYSIS EXTENSION
© 2016 PTC
Validate designs and demonstrate compliance with safety, health and workplace standards
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Who Needs it? Any customer that creates manufacturing tooling for plastic injection molded parts and casted components
– Contract manufacturing is highly competitive
– Companies must deliver high quality products, on-time and under budget
Business Value– Reduce time-to-market
– Reduce product development and manufacturing cost
– Improve product quality and appearance
Process Improvement:– Injection mold tooling design
– Casting cavity and pattern design
Technology/Capability: – Easy to use process driven UI for Mold and Cast design
– Automated creation of parting line and parting surface geometry
– Associative design and tooling updates
– Automated creation of production drawings and deliverables
CREO TOOL DESIGN EXTENSION (TDO)
Accelerate the design of high-quality production mold and cast tooling
© 2016 PTC
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Who Needs it? All customers that design and/or manufactures plastic injection molded parts
Business Value– Accelerate time-to-market
– Improve product quality and appearance
– Reduce product development and manufacturing costs
– Win new business with accurate, timely quotes
Process Improvement:– Validate and optimize plastic part designs
– Optimize mold design conditions
Technology/Capability: – Analyze and optimize designs to improve manufacturability
– Analyze and optimize mold process conditions to reducecycle time and improve product quality
CREO MOLD ANALYSIS (CMA)
© 2016 PTC
Analyze and optimize design geometry and mold conditions to avoid part defects and costly rework
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Who Needs it? Customers that need to improve quality, speed and innovation in moldbasedesign and detailing
– Manufacturers are challenged to improve quality, speed, and innovation in moldbase design and detailing
Business Value– Reduce time-to-market
– Reduce product development and manufacturing cost
– Increase quality of tooling and manufactured products
Process Improvement:– Moldbase design and detailing
Technology/Capability: – 2D Process-driven workflow for moldbase design and detailing
– Customizable “Smart” mold component library• Includes libraries for 17 moldbase/component suppliers (e.g., screws, ejector pins, etc.)
– Automatic ejector pin, waterline, and fittings functions, automatic runners and waterline checks
– Automatic BOM and production drawing creation
CREO EXPERT MOLDBASE EXTENSION (EMX)
Automate manual, time-consuming tasks to speed the creation of moldbase tooling
© 2016 PTC
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Who Needs it? Customers that need to improve quality, speed and innovation in progressive die design and detailing
– Manufacturers are challenged to improve quality, speed, and innovation in progressive die design and detailing
Business Value– Reduce time-to-market
– Reduce product development and manufacturing cost
– Increase quality of tooling and manufactured products
Process Improvement:– Progressive die design and detailing
Technology/Capability: – 2D Process-driven workflow for progressive die design and detailing
– Fast strip layout definition and progressive die creation
– Automatic Pierce/Form/Bend feature recognition
– Automatic BOM and drawing creation
– Large library of die components and fasteners provided
CREO PROGRESSIVE DIE EXTENSION (PDX)
Automate manual, time-consuming tasks to speed the creation of sheetmetal progressive dies
© 2016 PTC
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Who Needs it? Every customer that wants to innovate and exploit the value of additive manufacturing
– Lattice creation and optimization creates new opportunities to exceed product quality, performance and durability standards
Business Value– Reduce Time-to-market
– Reduce Product Development Cost
– Improve Product Quality and Innovation
– Accelerate and Improve Competitive Differentiation
Process Improvement:– Design for additive manufacturing
• Automatic creation and optimization of lattice structure
Technology/Capability: – Automated creation of 2 ½ D, 3D and Conformal Lattices
• Single feature with parametric control over all aspect of the lattice structure
• Full B-rep geometry (NOT an approximation using facet geometry)
– Seamless analysis and optimization of lattice structure• Lattices are optimized using Creo Simulate
CREO ADDITIVE MANUFACTURING EXTENSION
Achieve the highest quality, highest precision machining in the fastest time possible
© 2016 PTC
Original Design– Material: Titanium
– Tensile Yield Stress: 139.96 MPa
– Tensile Ultimate Stress: 219.94 MPa
– Mass: 6.09 kg
Simulation Results– Max Stress (Von Mises): 36.23 MPa
– Max Displacement: 0.044 mm
Optimized Design– Material: Titanium
– Tensile Yield Stress: 139.96 MPa
– Tensile Ultimate Stress: 219.94 MPa
– Mass: 3.28 kg
– Reduction: 46.21 %
Simulation Results– Max Stress (Von Mises): 104.22 MPa
– Max Displacement: 0.086 mm
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Who Needs it? Any customer that manufactures prototype products and/or tooling for plastic injection molded and casted components
– High speed machining is effective for machining intricate core and cavity geometries in mold machining, and for quickly machining large, complex structural components out of solid blocks of aluminum
Business Value– Accelerate time-to-market
– Reduce development and manufacturing costs
– Improve quality of manufactured products
– Increase customer satisfaction and win new business
Process Improvement:– Multi-surface 3-axis milling with 4- and 5-axis positioning
– High speed machining (for rapid prototyping and manufacturing)
Technology/Capability: – Integral CAD/CAM supporting concurrent design and manufacturing
– Automatic change propagation and associative update of NC toolpaths
– Eliminate data translation and errors
– Automated creation of manufacturing process documentation
CREO PRISMATIC AND MULTI-SURFACE MILLING EXTENSION
Achieve the highest quality, highest precision machining in the fastest time possible
© 2016 PTC
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The manufacturing solution is selected based on machine tool type (i.e., mill, turn, wire EDM), the complexity of geometry and the complexity of toolpath programming
• PTC Creo Prismatic and Multi-surface Milling– Multi-surface, 3-axis milling, with 4- and 5-axis positioning
• PTC Creo Production Machining Extension – All the capabilities of PTC Creo Prismatic and Multi-surface Milling
– 2- and 4-axis Turning
– 2- and 4-axis Wire EDM
– Low-level NC sequence editing for toolpath control and optimization
• PTC Creo Complete Machining Extension – All the capabilities of PTC Creo Production Machining Extension
– 2.5- to 5-axis Milling (Adv. machining strategies)
– Support for Mill-Turn and live tooling and multi-task machines synchronization
CREO MANUFACTURING SOLUTION POSITIONING
What manufacturing solution is needed?
© 2015 PTC
59
Who Needs it? Any customer that creates and manufactures sheetmetal parts
Business Value– Reduce time-to-market
– Reduce product development costs
– Improve quality of manufactured products
Process Improvement: – NC Sheetmetal manufacturing
– Part nesting and sheet optimization
Technology/Capability: – Integral CAD/CAM supporting concurrent design and manufacturing
– NC programming for turret punch presses, contouring laser/flame machines, nibbling and shearing
– Automatic tool selection for punching, forming and nibbling
– Automatic flat pattern development with bend allowances
– Automatic change propagation and associative update of NC toolpaths
– Full postprocessor generation capabilities to integrate with CNC machine tools
CREO NC SHEETMETAL EXTENSION
NC programming for turret punch presses, contouring laser/flame machines, nibbling and shearing
© 2016 PTC
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Who Needs it? Customers that provide digital inspection of parts and assemblies using CMM (coordinate measuring machines) and laser scan data
Business Value– Reduce time-to-market
– Reduce product development costs
– Increase quality and customer satisfaction to win new business
Process Improvement: – CMM digital inspection and verification
– First article inspection via point cloud (scan data)
Technology/Capability: – Generate industry standard DMIS programs for CMM Machines
– Define and simulate verification sequences in a complete environment to ensure probes do not clash with part fixtures, clamps and CMM machine geometry
– Compare theoretical CAD geometry to point cloud and laser scan data sets
CREO COMPUTER-AIDED VERIFICATION EXTENSION
Digital inspection and verification of machined parts and assemblies
© 2016 PTC
