Autodesk 2010 Soluciones para Manufactura – Que hay de nuevo.

Presentación del tema: "Autodesk 2010 Soluciones para Manufactura – Que hay de nuevo."— Transcripción de la presentación:

1 Autodesk 2010 Soluciones para Manufactura – Que hay de nuevo.
Rafael Castro Castro Ingeniero de Aplicaciones Junio del 2009 Autodesk Solutions for Manufacturing – What’s New Your Logo Here Autodesk Soluciones para Manufactura – Que hay de nuevo.

2 El Beneficio para Prototipos Digitales
Autodesk Inventor 2010

3 Creado para prototipos digitales
Los modelos en Inventor son prototipos de precisión digital y ayuda a los usuarios para: Verificar el diseño y la ingeniería de los datos en su fase de creación Minimizar las necesidades de prototipos físicos. Reducir errores y asociar ECO’s antes de ser manufacturados In today’s global market, as manufacturers work to reduce design cycles and cost margins, industry experts are championing Digital Prototyping as a way to cost-effectively validate design ideas and accelerate the development of competitive products. Autodesk Inventor software is the foundation for Digital Prototyping, providing a comprehensive set of design tools for producing, validating, and documenting complete digital prototypes to help users visualize, simulate, and analyze how a design will work under real-world conditions before a product or part is ever built. Because the Inventor model is an accurate 3d digital prototype, it helps users to check design and engineering data as they work, minimize the need for physical prototypes, and reduce costly engineering changes discovered after the design has been sent to manufacturing.

4 Mejoras en el Diseño de Productos
Integración con AutoCAD Colaboración & Interoperabilidad de datos Diseño de piezas Lamina Doblada Diseño de ensambles Simulación Documentación de diseños y manufactura Diseño de mangueras y tubería Diseño de cables y arnés. Today we’ll take a look at the most common engineering workflows and see how the Autodesk Digital Prototyping solution helps manufacturers create more innovative designs and simplify the design to manufacturing process. We’ll see how the comprehensive tools in Inventor that make 3D design and documentation easier and more productive as well as delivering unparalleled interoperability to other manufacturing applications. Finally we’ll look at how powerful Digital Prototyping technology is now within the reach of mainstream manufacturers and how you can produce a complete digital prototype that allows you to interactively test, simulate, and share designs in a multidisciplinary engineering environment before they reach production. 4

5 Integración con AutoCAD
Nueva Pieza 3D generada desde datos DWG. Nuevo diseño como prototipo digital. Salida nueva de formato DWG para fabricación. Autodesk Inventor hace que la integracion sea fácil para los usuarios de AutoCAD,. Inventor el líder de la industria ofece integración de Diseño 2D y 3D, proporcionando integracion directa de lectura y escritura de archivos DWG nativo, manteniendo al mismo tiempo la plena asociatividad para el modelo 3D sin necesidad de comprometer de datos de traductores. Los clientes pueden reutilizar fácilmente los datos CAD 2D legado de piezas y productos y aprovechar las ventajas de prototipos digitales para actualizar o rediseñar los ensambles afectados para atender a los clientes y las necesidades del mercado. Y por defecto la configuración tipo de dibujo a DWG, los nuevos dibujos se guardan automáticamente como formato DWG, permite a los usuarios compartir fácilmente información a partir de los prototipos digitales con los clientes o proveedores que todavía se basan en el formato DWG. Alcanza los beneficios de Prototipos Digitales mientras conservas el valor de los datos 2D. Abrir Dibujos de AutoCAD existentes 5

6 AutoCAD Integration and DWG Interoperability

7 Diseño & Documentación de ensambles.
Explotar vistas & Animación de videos en ensambles Dibujos de partes y ensambles Lista de Materiales Easily generate and share production ready drawings with manufacturing teams and outside suppliers Autodesk Inventor includes comprehensive tools to generate engineering and manufacturing documentation from the digital prototype that help you reduce errors and deliver the design in less time. Leveraging the experience gained from Autodesk’s success with AutoCAD, Autodesk Inventor takes the production of manufacturing documentation to the next level of productivity though automatic generation of drawing views and comprehensive tools for finishing drawings.   With support for all the major drawing standards, full associativety with the 3D model – so drawings update when the design changes – and output in the DWG format, no other system comes close to Inventor when you need to create and share DWG drawings. Purchasing errors are reduced and buyers can save money with early access to accurate engineering bill of materials data Finally, the 3D animation and rendering tools in Inventor Studio, facilitate the creation of assembly documentation – including video files – to improve communication with manufacturing and support personnel. Entregar documentación de manufactura. Validar partes & Diseño de ensambles 7

8 Design and Manufacturing Documentation

9 Diseño de Partes Plásticas
Interior Features Diseño de Moldes Molded Components >> Speaker notes from What’s New Design plastic parts that are ready for manufacture Get maximum flexibility by combining native Inventor geometry with exterior surface models designed in Autodesk® Alias Designer, Autodesk® Alias Modeler, and Autodesk® Alias AutoStudio software or other applications. The associative relationship between the Autodesk® Alias family of products and Inventor data reduces time to market by allowing engineers to start detailed designs earlier. As the concept evolves, engineers can easily incorporate changes from the industrial design team. Functional plastic features, rule-based fillets and powerful multi-body workflows simplify the design of high-quality molded part models. Autodesk® Inventor® software line provides intuitive features for designing complex molded plastic parts and includes automated tools that leverage a digital prototype to quickly create and validate complete mold designs, reducing errors and improving mold performance. Reducir el costo de los diseños y manufactura partes plásticas Exterior (A-side) Superficies

10 Plastic Part Design

11 Diseño de Lamina Doblada.
Seam & Corner Overrides Sheet Metal Manufacturing Drawings Simplify the design of complex sheet metal parts Design 3D sheet metal parts that reflect specific manufacturing processes and shop capabilities. Autodesk Inventor improves productivity when designing sheet metal parts by providing a Digital Prototype that combines manufacturing information - such as punch tool parameters and custom bend tables – with an accurate 3D model of sheet metal folding. Define custom punch libraries to standardize punch usage and a powerful flat pattern editing environment allows manufacturing engineers to tweak flat patterns to optimize manufacturing costs. Quickly create accurate manufacturing drawings and DXF output to support sheet metal manufacturing operations. Accurate As-manufactured Digital Part Models Optimizar el desarrollo de laminas y eliminar los costos de fabricación innecesarios. 11

12 Sheet Metal Design

13 Creación de Layout´s en 3D.
Diseño de ensambles. Creación de Layout´s en 3D. Diseño de Maquinaria Define Digital Prototypes of Complex Assemblies Accurately validate function, component interference and mass properties to produce quality products the first time around. Autodesk Inventor combines Design Accelerators for creating commonly used machine components based on functional requirements and specifications with easy to use assembly tools to design complex assemblies and ensure that every part and component in the assembly fits correctly. Digital prototypes of large scale designs such as industrial plant, specialty vehicles, or modern transportation systems demand the ability to construct and manage large assemblies which can run up to tens or even hundreds of thousands of parts. Autodesk Inventor provides large assembly management tools – Level of Detail representations and Assembly Substitutes – enabling users to work effectively on extremely large Digital Prototypes. Inventor 2009 fully supports native 64 bit support overcoming the memory barriers associated with the Windows XP 32 bit platform. Componente de diseño. Definir prototipos digitales de ensambles Complejos. 13

14 Assembly Design

15 Simulación y Análisis Cálculos de Stress en Ensambles Estudios de desempeño dinámico Contacto de fuerzas y caras en 3D Simulate the actual performance of your design before the product is ever built. With Inventor you can use Dynamic Simulation to predict how your product will work under real world conditions without having to build costly, time-consuming physical prototypes, or engaging expensive FEA specialists. Because the simulation tools are part of the 3D mechanical design environment, it’s practical and cost-effective to employ simulation throughout the design process. A comprehensive simulation environment provides support for motion simulation and static and modal finite element analysis (FEA) at both the part and assembly level. Seamless integration with Stress Analysis validates component design with actual real-world load information, rather than rule of thumb estimates. Dynamic Simulation in Autodesk Inventor can help you: Optimize your designs to minimize material usage. Reduce stress concentrations and meet safety requirements. Size components to reduce energy consumption and operating costs. Improve product quality by reducing unwanted vibration. Explore the behavior of moving parts to improve product performance. Balance rotating components to reduce internal stresses. Share and record results of your analysis. The result: accelerated design cycles and higher quality designs. Estudios de optimización Simular el desempeño actual de tu diseño antes de que sea fabricado.

16 Simulation

17 Diseño de Tubería & Mangueras.
Documentación de ensambles. Reduce the cost of designing and documenting tube, pipe and flexible hose assemblies Use Inventor to reduce the time required to design the routed elements of the design including tubing, piping, and flexible hose. Inventor Digital Prototypes simplify the design of pipe runs to fit in complex assemblies or tight spaces. The rules-based routing tools selects the appropriate fittings and ensure that the pipe runs comply with your design standards for minimum and maximum segment length, round-off increments and bend radius. Changing to a different style of fittings is quick and easy – simply select a different pipe style and Autodesk Inventor will repopulate the pipe run with the new fittings while adhering to any new design rules. Inventor supports ASME hygienic fittings and self draining pipe styles, so you can easily design process lines that comply with sterility and cleanability standards for pharmaceutical and food plant. Create manufacturing deliverables without redrawing to reduce errors and lower cost. Agregar mangueras flexibles y componentes rigidos Reducir el costo de diseño y documentación de tubos además de ensambles con mangueras flexibles. Diseño Mecanico 17

18 Tube and Pipe Design

19 Diseño de Cables y Harness
Nail board Diagram Inventor Streamlines the Design of Complex Electrical Systems Complex electrical systems present in almost every product or machine require increasingly careful design of the physical cables and harnesses. Incorporating cable and harness runs – including ribbon cables – into your digital prototype saves time and money by calculating accurate path lengths, avoiding small radius bends and ensuring the electrical components will fit into the mechanical assembly. Autodesk Inventor streamlines cable and harness design by leveraging wire list information imported from schematic design packages including AutoCAD Electrical. Full integration with the Bill of Materials tools in Autodesk Inventor, ensures that your bill of materials accurately represents the electrical components in your design. Generate harness documentation before you build the first article! Create automatically generated nail board diagrams and reports including wire run lists, termination charts, cut tables, and other reports needed for the design and manufacture of the harness. Transfer wire connectivity information – using XML output – to streamline the creation of schematics and wiring diagrams using AutoCAD Electrical or other schematic design software. Simplificar el complejo diseño de Sistemas Eléctricos. 19

20 Cable and Harness Design

21 Intercambio de datos para construcción.
Publicar el modelo 3D simplificado con conexión de datos Data Prototipo Digital de un Sistema de construcción. Many customers today are using Inventor to design, simulate and document many product used in buildings These range from curtain walls and structural components to doors and windows. It also include complex system form air-conditions to escalators and moving walkways. These companies are realizing the benefits of Digital Prototyping today. By combining 3D data extracted from the Digital Prototype with the 3D building model it’s possible to reduce design time as well eliminate problems which otherwise would be fixed on-site. The architecture, engineering, and construction (AEC) exchange tool simplifies the process of publishing and sharing 3D models for use in REVIT building models. This helps reduce the risk and project costs between manufacturing teams and architectural designers. Integrar el modelo del sistema en un edificio de construcción 3D Reducir el riesgo y costo del proyecto entre los fabricantes y arquitectos

22 AEC Exchange

23 Colaboración & Interoperabilidad de datos
Crear productos en formatos de pieza 3D. PTC Granite Parasolid STL SAT & JT STEP & IGES PDF Controlar los cambios con la administración de datos integrada. Revisión “work in progress” y cambios de ingeniería Satisfy customer requests for 3D models in other native formats. In today’s world of integrated supply chains, designers increasingly need efficient and secure exchange of design data to support collaboration between customers and different engineering contributors, including industrial design, product design, and manufacturing. Through a comprehensive suite of native translators, Inventor provides the interoperability that enables companies to take on projects in which part of the 3ddata originates from other CAD systems and satisfy customer requests for 3dmodels in other native formats. Native translators support direct data exchange between Autodesk Inventor and UGS, SolidWorks® or Pro/ENGINEER® by: importing and exporting Parasolid®, importing UG-NX™, importing SolidWorks, importing and exporting GRANITE, and importing Pro/E. Inventor is tightly integrated data management, allowing design workgroups to manage and track all the design components of a digital prototype, helping designers reuse crucial design data, manage BOMS, and promote earlier collaboration with manufacturing teams and clients. DWF™ technology helps streamline communication with suppliers, purchasing, and other supply chain partners. Different workgroups can manage and track all components of a digital prototype with the free* Autodesk® Design Review software—the all-digital way to view, measure, mark up, and track changes to designs—allowing for better reuse of crucial design data, management of bills of materials, and collaboration with other teams and partners. Notes: These translators were made available on Autodesk labs in May 2007 and have been downloaded over 6000 times. prt is the file format used for NX parts and assemblies Supported formats are UG-NX version 3-4, Parasolid version 9-18, Pro/ENGINEER up to Wildfire version 3, PTC GRANITE up to version 4, and SolidWorks Version 2003 to 2007. Importar archivos de formatos nativos SolidWorks PTC Granite Parasolid UG-NX Pro/E STEP & IGES Colaborar con clientes que usan datos de diseño en otros formatos nativos. 23

24 Native Translators

25 Prototipos Digitales con Autodesk Inventor
Centrarnos en la función del diseño lo cual permita la creación automática de geometría 3D inteligente. Incorporar valiosos datos DWG dentro de modelos de piezas 3D Simular las condiciones de como el diseño puede funcionar bajo ambientes reales. Generar la documentación de ingeniería y de fabricación directamente del prototipo digital 3D. The Autodesk Inventor product line provides a comprehensive and integrated set of design tools for producing and documenting accurate digital prototypes that validate the form, fit, and function of a design. The Inventor model is an accurate 3d digital prototype that enables users to check design and engineering data as they work, minimize the need for physical prototypes, and reduce costly engineering changes. By combining an intuitive 3d design environment for creating parts and assemblies with functional design tools that enable engineers to focus on a design’s function Inventor gives engineers more time to innovate and reduces the time spend creating geometry Inventor gives designers the freedom to reuse their existing DWG™ designs in a 3d design environment that provides unparalleled interoperability with competitive manufacturing applications to simplify collaboration with other companies. With easy-to-use and tightly integrated motion simulation and stress analysis functionality, any engineer can optimize and validate the digital prototype to predict how the design will work under real-world conditions, before the product or part is ever built. Generating manufacturing documentation from a validated 3d digital prototype reduces errors and associated ECOs (engineering change orders) before manufacturing. With innovative approaches to accelerate and simplify the concept-to-manufacturing process, it’s no wonder Inventor has outsold all competitors for the seventh consecutive year. 25

26 Inventor vs SolidWorks

27 / reemplazadas de SolidWorks
Scoreboard FY08 446 compañías 3330 licencias ganadas / reemplazadas de SolidWorks

28 SolidWorks: Disminución de crecimiento en sus Ingresos.
Q was worst quarter ever for revenue growth 28

29 Lealtad de los usuarios hacia SolidWorks
The SWX tele campaign was a response to the hundreds of SWX accounts identified during the Embrace the Base and STP campaigns. Sales Execution, Field Mktg and SWAT team worked together to maximize the value of these contacts by constructing a calling campaign to assess the loyalty of these SWX account contacts to that product. Although not the same formal research methodology as ADSK’s own customer loyalty studies, we used a standardized set of questions to bucket responses into similar loyalty categories. We did add one more category to have greater nuance among those open and accessible to us. In the order according to potential for ADSK to convert: Truly Loyal Trapped by SWX Likes SWX, but open to ADSK Accessible to ADSK High Risk to Leave SWX The results were somewhat surprising in that the percentage of Truly Loyals and Trapped—those hardest for us to convert—is 20% combined. The percentage of high risk to SWX is however, lower than the comparable category for Inventor. It’s in the area of those open and accessible to ADSK that we find the numbers VERY high—there are a lot of people using SWX that are not locked. 29

30 ¿Porque Autodesk Inventor?
Software mundialmente conocido Distribuidor de negocios confiable Fácil migración desde AutoCAD AutoCAD incluido en la suite de Inventor DWG TrueConnect Amplias soluciones en diseño de manufactura. Soluciones de prototipos digitales completa

31 ¿Si usted no es una empresa Top, como podemos ayudarle a serlo?
So, if you are not a top-performer, how do you get there?

32 Digital Prototyping is real and you can sell it today
Digital Prototyping is real and you can sell it today. The market, press and customers are talking about it Digital Prototyping is unique and changes your customer relationships from tactical to strategic Digital Prototyping is where the MARKET and $$ are going now, and in the future Digital Prototyping – IT’S REAL! Thank you. 32

33 Thank you.