Autodesk Informed Design and Data Exchange are the platform technologies we use to connect plant design and construction, with the help of Autodesk Forma. It's never been so easy to share data and its configurations. Data Exchange makes it very easy to collaborate and share information in integrated factory modeling (IFM) within Autodesk software systems, but also with applications such as Tekla or SolidWorks. Autodesk Forma helps us store all information centrally and make it available to everyone involved in the project. Informed Design offers the possibility to provide configurations from Inventor software for various types of building equipment in Revit software as configurable families. This ensures that only predefined variants are installed and prevents cost-intensive special solutions. Last year, we talked about the possibilities of the beta versions. Now we would like to take a closer look at the solutions and share experiences from customer projects with you. It's going to be good!

Объектно-ориентированная модель связывает информацию, документацию, 3D модели, оцифрованные регламенты, вокруг цифровых паспортов оборудования.

Как с использованием продуктов Autodesk Revit, Inventor и AutoCAD Civil 3D проектируются уникальные объекты горного комплекса. Как Autodesk Navisworks помог избежать больших финансовых потерь при строительстве. Ккак связка MS Project + Navisworks помогают контролировать процесс строительства сооружений.

Повышение инновационности проектов с помощью предварительных виртуальных испытаний; С помощью предварительных виртуальных испытаний конструкторы и инженеры по всему миру способны выбирать наилучшие из возможных решений. «Future of Making Things» будет требовать от проектных команд максимальной подвижности, чтобы быстро меняющиеся требования заказчиков могли быть оперативно учтены и интегрированы в их ведущие разработки без критических затрат и задержек вывода продукта на рынок...

This case study explores how the Inventor Configurator Automation, Integration, & Customization Project streamlines design workflows by automating the generation of 3D models, 2D drawing sheets, and related outputs. Traditionally, designers manually created models and drawings, a process that was time-consuming and prone to human error. By using Automation, Integration, & Customization, the system processes user-provided XML data, integrates with BIM 360 software for file management, and uses the Autodesk Platform Services Design Automation, Integration, & Customization API to generate and manage outputs in the cloud. This innovation enhances efficiency, reduces errors, and provides quick access to essential design outputs.

Что такое Генеративный дизайн (Generative Design). Различные способы реализации этой технологии, а также пример реального использования этого способа проектирования на примере Генератора форм в Autodesk Inventor.

Возможности 3D-технологий (3D-сканеры) в сочетании с продукцией Autodesk. Презентация компетенции WorldSkills Russia - R22 Reverse Engineering , блока FutureSkills.

Autodesk HSM объединяет САМ и CAD-системы в единое целое для создания интегрированного решения от процессов проектирования до обработки. Демонстрация высокоскоростных стратегий для эффективного проектирования обработки на оборудовании с ЧПУ.

Autodesk недавно выпустила новую коллекцию продуктов Product Design and Manufacturing Collection (PDMC), предлагающую пользователям беспрецедентный уровень функционала для решения сложнейших инженерных задач. Добавив в набор продуктов Autodesk Nastran In-CAD, Autodesk открыла пользователям коллекции дверь в расширенные мульти-физические расчеты, соединив в одном продукте инструменты анализа напряжений (FEA), вычислительной гидрогазодинамики (CFD) и моделирования процессов литья из пластмасс...

Обзор применения ПО ADSK для программирования многоосевых станков с ЧПУ и промышленных роботов. Реализация многоосевой обработки, адаптивной обработки, гибридной (additive+subtractive) обработки.

Companies struggle with cost overruns, supply chain disruptions, and inefficient production due to poorly managed Bills of Materials (BOMs). Inaccurate BOMs can lead to delays, excess inventory, and missed revenue opportunities. So, let's take a deep dive into the important world of the BOM and build a blueprint for successful product development and equipment manufacturing. This session will equip you with practical strategies to create accurate, optimized BOMs. We'll explore best practices, tools, and case studies to streamline BOM processes. We'll start in CAD, building a good foundation. Then we'll move this information into product lifecycle management (PLM), enterprise resource planning (ERP), and other production-related applications.

The industry is responsible for a significant part of the global GHG emissions from energy. It is crucial that modern organizations understand energy use in their production facilities. Energy-use planning should consider not only the total amount consumed, but also timing—taking into account intermittent renewable generation, dynamic pricing, and variable CO2 intensity. On-site generation and energy storage cannot be evaluated without a model of the production process. FlexSim is a simulation product that has been used in manufacturing applications for more than 20 years. Flexcon Helios extends general-purpose FlexSim and can specify power requirements for different phases of any process modeled in FlexSim. The simulation can predict a realistic power curve, and the Flexcon Helios module allows users to define a dynamic policy on how energy sources are used. If coupled with an intermittency model, dynamic pricing, or CO2 intensity data, this approach can assess the total costs and carbon footprint of the process.

Explore groundbreaking ways to interact with your CAD data using AI. In this session, coolOrange CEO Marco Mirandola will dive into how integrating Azure AI search capabilities and Azure OpenAI language models with Vault software can transform data management. Discover how natural language queries can simplify searches for specific components, and see how Azure Cognitive Services can analyze and classify CAD data, offering insights into data structure and design trends. This session will feature live prototypes, encouraging attendees to envision new AI-enhanced workflows.

From quoting a workpiece, thru programming in CAM and operating on a CNC machine tool, to finished workpiece

Head of Innovation Dan Middleton reveals Edwards Vacuum's (Atlas Copco Group) strategic approach to Net Zero manufacturing using digital-twin technology. Edwards' unique approach involves an extensive digital asset library and FlexSim-optimized processes, promoting lean and agile manufacturing and rapid enhancements in production, and boosting business performance. Using a novel digital-twin approach that effectively integrates its business processes enables Edwards to evaluate the impact its operations have on market trends and business cycles, and to support investment decisions in equipment, facilities, and workforce.

This hands-on lab will introduce engineers and designers to the world of using CAM to program computer numerical control (CNC) machines and its connection to the design process. Through a series of guided exercises in Autodesk Fusion CAM, you'll gain practical experience in setting up stock material and coordinate systems, choosing tools, defining machining operations (including machining boundaries), simulating the toolpaths, and generating G-code for a CNC milling machine. This session will equip you to better communicate with CAM programmers and optimize your designs for manufacturability.

How efficiently are your products getting from production to warehouse to shipping docks? As you consider new factory designs to improve these material-handling processes, it's critical to have a complete understanding of how your resources and processes interconnect. When Cardinal Glass wanted to optimize its material handling to minimize shipping delays from the factory, the company used simulation with FlexSim to validate its proof of concept and discover new improvement opportunities. The simulation helped to rebalance the workload and identify a reconfiguration that led to a 29% decrease in shipping operation time. This also formed the basis for a digital twin that enables real-time optimization of warehouse goods storage and dock assignments, with daily assignment, location, and maintenance recommendations.

Are you manually compiling your Bill of Materials (BOM) or parts list? STOP! There is a better way! If you are modeling your design in Autodesk Inventor, you have everything you need to automate BOM creation, and this class will show you how. In this class, we will learn how to use the BOM manager to… Make sure that all the data is complete. Sort, order, or show the assembly structure in the BOM manager and parts list. Apply item numbering. Export the BOM/parts list for use in other systems. Join us to learn how you can reduce the time you spend on BOM creation so you can focus on designing and engineering! If you are modeling 3D designs in Autodesk Inventor and aren't taking advantage of Automated BOM creation, this class is for you! Attendees are expected to have basic proficiency in Inventor, including navigating the UI, setting up the current project, opening files, and creating part and assembly models

Join this session as Dan shares the development road map and product strategy for Inventor Professional software. The presentation will cover recent and planned functionality that will add value to your everyday workflow needs. We encourage you to engage with Dan and members of the Inventor Engineering team with questions and feedback during and after the session.

Autodesk Inventor is a powerful platform that you can adapt to suit your workflow. But, no one ever teaches you how! In this practical hands-on lab, we will learn how drawing borders, title blocks, and tables are created and formatted and can be saved into a template drawing file. Learn how you can reduce busywork, increase the professional presentation of your drawings and standardize your drawings to your regional, industry, or company CAD standard.