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CAD enhancements include expanded rib construction with additional functionality for working on multiple curves in a single operation, auto-extending rib geometry to part side walls, and the ability to create partial results in complex scenarios where a complete rib cannot be produced Find out more here : https://www.cimatron.com/en/whats-new #Cimatron #manufacturing #moldmaking #toolmaking #engineering #cncmachining #innovation #cadcam
Have you ever dreamed of going to space? What if you could do it without wearing a spacesuit or undergoing rigorous training? That’s the vision of Space Perspective, a company that wants to take you to the edge of space in a luxurious spaceship. This trailer teases information from the full episode where Ed Bernardon talks to Jane Poynter, the co-founder and co-CEO of Space Perspective. The discussion is based around how they plan to make space accessible and affordable for everyone. ???? You’ll learn about their unique spaceship, Space Neptune ????, which is a pressurized capsule attached to a giant balloon that can fly up to 100,000 feet above the Earth. You’ll also hear about what you can expect to see and feel when you embark on this incredible journey that will change your perspective forever. Keep your eyes open for the full episode coming next week ????
Many manufacturers rely on a software stack to implement digital transformation on the shop floor. Low-code applications let you connect your shop floor systems to create an integrated experience. This enables faster collaboration, breaks down data silos and improves efficiency across your business. The idea that you can connect your PLM, ERP, SAP and other software together in a single app sounds far-fetched for small and medium businesses. We’re accustomed to achieving our production goals despite these data silos. With Mendix, you can bring all these data sources together in a single dashboard – and it requires less development time than you would think! About Mendix Mendix is a low-code application development environment that leverages code blocks, visual editing and a guided experience to bring custom app development to every business. LEARN MORE: ►EBOOK: https://sie.ag/3g9Yu7 ►CONNECTED SERVICES: https://sie.ag/3VVVsY ►JOIN THE COMMUNITY: https://sie.ag/5AUsom FOLLOW US: ►FACEBOOK: https://sie.ag/2KxAzs ►TWITTER: https://sie.ag/2i3R4b ►LINKEDIN: https://sie.ag/o1EYi ►BLOG: https://sie.ag/o1EYi
The Siemens Global Partner Ecosystem is a leading comprehensive partner ecosystem that drives innovation and exceptional growth for our partners. We are dedicated to helping you grow your business, increase your expertise, and achieve success. Discover the benefits of becoming a Siemens Partner today!
Smart factories, sustainability, hyper-automation, supply chain complexities—the manufacturing shop floor is coping with a daunting list of disruptive challenges. Digital transformation offers powerful answers to those challenges. But navigating the chaotic landscape of digitalization solutions—commercial, homegrown, legacy, customized—could be the greatest challenge of all. Low-code is the simple solution to a complex problem. A low-code application development platform enables manufacturers to: • Harmonize their IT infrastructure • Maximize the value of their core manufacturing systems • Modernize their legacy systems • Create sustainable replacement strategies • Capture and share internal expertise LEARN MORE ►ABOUT LOW CODE FOR SMB: https://sie.ag/7NP2ax ►EBOOK: https://sie.ag/C7aTq FOLLOW US: ►FACEBOOK: https://sie.ag/7XihtU ►TWITTER: https://sie.ag/3NVpqz ►LINKEDIN: https://sie.ag/2Z56U7 ►BLOG: https://sie.ag/2Z56U7
Learn how Siemens Embedded offers software solutions and services that address the latest trends in automotive electronics design such as Linux operating systems for advanced graphics and customized infotainment, RTOS for safety systems, multicore solutions for managing leading-edge SoC processing clusters and defining mixed-safety systems, IoT integration to provide real-time data and remote management, advanced software development and debug tools, and professional support and services. LEARN MORE: ►Industry page: https://sie.ag/79MV4L FOLLOW US: ►Facebook: https://sie.ag/4XgfZS ►Twitter: https://sie.ag/5QqbTi ►LinkedIn: https://sie.ag/6NVGxB ►Instagram: https://sie.ag/2oiCxT ►Blog: https://sie.ag/2VjDAD #siemensembedded #embeddedsoftware #automotive #automotivesafety #embeddedautomotive #automotiveindustry #automotiveoems
Capital is uniquely positioned to accelerate development of E/E systems that differentiate the world’s most sophisticated products. Efficiently design, engineer and validate complex products in the context of a digital twin. Learn more: https://sie.ag/3ETQLd
Join 3 manufacturing experts, Amy, Steve and Curt, representing 3 major industries for a guided tour of NX CAD/CAM cloud-based trial. They will share insights and best practices about how to program and machine components with different requirements. Learn about the latest CAD/CAM and machining technologies to produce high-precision industrial machinery components, molds with excellent finish, and complex aerospace parts. Experience the full power of NX CAM software for 30 days, free: https://sie.ag/3TimSP #nxcam #manufacturing Follow our blog for news and information about NX for Manufacturing: https://sie.ag/7G5D5e Connect with peers and experts by visiting the NX Manufacturing on-line community: https://sie.ag/29ctjZ Get more info about Siemens solutions for digital manufacturing: https://sie.ag/4DjxL6
Today, we're going to talk about flex and rigid-flex PCB design. Rigid-flex PCBs consist of a combination of rigid and flex substrate material in one actual PCB design, so you have one section of the design that's flexible and another section that's rigid, which makes a rigid-flex design. The reason why you would implement or enable flex or rigid-flex in a design is due to a limited space requirement within an enclosure. 0:07 Describe flex and rigid-flex PCB design 0:30 Why do we need flex and rigid-flex PCB design? 1:07 How do we implement flex and rigid-flex PCB design? 2:13 What is the value of flex and rigid-flex PCBs? 2:44 Evolution of flex and rigid-flex technology ▶️ Connect with us: » LinkedIn: https://sie.ag/2haqAW » Blog: https://sie.ag/6M3mvf » PCB Systems Design Discussion Board: https://sie.ag/6dg9mK » Twitter: https://sie.ag/2GEqi5 #PCBDesign #PCB #PCBDesigning #ElectricalEngineering #Engineering
The powerful new module makes deburring parts much easier with advanced auto edge detection to select only the area you want, and a check surface feature to avoid any clamps or holding devices. This 30-minute webinar will walk you through the interface to make quick work of the deburring process. Host and Technical Support Engineer Richard Thompson will present: • How to access 3-Axis Deburring in the UI • Type of cutters that can be used • Choices for controlling the process Find out more at https://www.cimatron.com
Auditing isn’t necessarily the most exciting process, but it is one of the most important. Quality auditing can save tons of time and money. The auditing process can get a lot simpler, too, with the right software solution and structured audit management method. Get this video and find out how Siemens Teamcenter® Quality Audit and Assessment and its recommended processes can get you to end-to-end compliance. LEARN MORE ►VIDEO | Automotive Supplier Quality: https://sie.ag/5CVmHS ►Smart Manufacturing Software for Automotive: https://sie.ag/KU4xj ►Teamcenter Quality & Compliance Software: https://sie.ag/2w45C5 FOLLOW US: ►FACEBOOK: https://sie.ag/CUyXp ►TWITTER: https://sie.ag/cfGYd ►LINKEDIN: https://sie.ag/5YFCrb ►BLOG: https://sie.ag/5YFCrb
Siemens Xcelerator for Startups is committed to empower and support entrepreneurs as they make an impact on the world by providing cutting-edge tools and resources to take their innovations from digitalization to realization. Three startup participants AniML, Boxxy and Untap joined us for entrepreneurship training and business development coaching from Siemens Innovation Ecosystem, low-coding with Mendix and product design and development training with Solid Edge. Learn more about Siemens Xcelerator for Startups https://sie.ag/5nZ77C Siemens Innovation Ecosystem https://sie.ag/Gxuz9 Mendix https://sie.ag/2qHraL Solid Edge https://sie.ag/3GAbf AniML https://sie.ag/3UVghS Boxxy https://sie.ag/2r6XhB Untap https://sie.ag/2JpnQg
You can do more with 2024. With timesaving productivity enhancements in drafting & UI, CAD, CAM and digital connectivity, Cimatron 2024 gives you unparalleled tools for advanced toolmaking. Watch our User Group Meeting webinars to learn more about 2024! CAM Topics 3-Axis Machining - Rough AFC & Deburring 5-Axis Machining - Auto-tilt, Pro & Rough Cutters & Holders - TDM & CoroPlus Import, Parameter Update, Holder Import Probing - OMI Multipoint, Cylindrical Probes, Lock Coordinates Program Automation - Template Manager, Edit Sequence, Process Manager & Rough Pre-drill Simulation - Performance, Report Filters, Show TP Nodes, New Info Bar NC Process - Divide by Tool Life & Solid Stock Q&A
You can do more with 2024. With timesaving productivity enhancements in drafting & UI, CAD, CAM and digital connectivity, Cimatron 2024 gives you unparalleled tools for advanced toolmaking. Watch our User Group Meeting webinars to learn more about 2024! CAD Topics Modeling - Surfacing, Chamfer, Ribs, Volume Text, Solid Cut, Curves & Analyze Two Directions Assembly - BOM, Catalog, Part Location, Setup & Assembly Tree Drafting - Multiview Creation, Frames, Dimension, Symbols, Datum, Tolerance, Updating, Standards & View Attributes Mold Design - Setup, Load Work Parts, Work CS, Runners & Cooling Electrode - Burn Body & EDM Setup Die Design - Drawbead & Setup Q&A
In this video you will hear from an industry expert, Steph Chavez, about how current FPGA design methodology lacks efficiency in optimizing FPGA pinout configurations. However, there's a game-changing best practice - leveraging FPGA / PCB co-design and integration to configure pinout routing and enabling FPGA pin swapping capability. Not only does this approach reduce design cycle time, but it also optimizes FPGA PCB integration and mitigates EMI or SI issues. 1:07 FPGA/PCB co-design example ▶️ Connect with us: » LinkedIn: https://sie.ag/454gUCZ » Blog: https://sie.ag/3QDw3Xz » PCB Systems Design Discussion Board: https://sie.ag/3DY8O2O » Twitter: https://sie.ag/47yPQ0i #PCBDesign #PCB #PCBDesigning #ElectricalEngineering #Engineering
Powered by the cloud, Teamcenter Quality can help you quickly and efficiently exchange quality data with your suppliers. You can also check the status of complaints and quality actions with intuitive, interactive dashboards. But this is just the start of what the Teamcenter Quality can do for you and your suppliers. Learn how you can completely replace time-consuming communications with this cloud solution from Teamcenter. About Teamcenter Quality Teamcenter® software for product lifecycle management includes Teamcenter Quality, a software product family that works seamlessly with several domains on the Teamcenter collaboration platform. Leveraging additional elements of the Teamcenter portfolio, Teamcenter Quality provides a closed-loop approach from design to manufacturing on the shop floor and back. LEARN MORE ►INFOGRAPHIC | Enhance quality management in the automotive industry: https://sie.ag/7AmHZG ►WHITE PAPER | Quality management systems and PLM best practices: https://sie.ag/4Y3Crm FOLLOW US ►FACEBOOK: https://sie.ag/24Q5U3 ►TWITTER: https://sie.ag/6WhSKP ►LINKEDIN: https://sie.ag/28pBqf ►BLOG: https://sie.ag/28pBqf
Battery development is complex – requiring electrical, thermal, and structural engineering expertise – wrapped into an all-in-one multiphysics approach. In a successful battery development program, engineers realize innovation in all steps while continually seeing their work in the larger picture by considering the overall requirements. Explore how Simcenter solutions integrate the right mix of expertise, simulation, testing, MBSE and AI to reach your goals, increase productivity, and deliver safer and better, next-generation batteries faster than ever before. #Battery #Electricvehicles #Simcenter ???? Blog article: » Battery safety is not the price we have to pay for long range and high performance in electric vehicles https://sie.ag/4bHEZK ▶️ About Simcenter: Engineering departments today must develop smart products that integrate mechanical functions with electronics and controls, utilize new materials and manufacturing methods and deliver new designs within ever shorter design cycles. This requires current engineering practices for product performance verification to evolve into a Digital Twin approach, which enables to follow a more predictive process for systems driven product development. Simcenter™ software uniquely combines system simulation, 3D CAE and test to help you predict performance across all critical attributes earlier and throughout the entire product lifecycle. By combining physics-based simulations with insights gained from data analytics, Simcenter helps you optimize design and deliver innovations faster and with greater confidence.
Becoming NX™ software certified is a great way to demonstrate your proficiency within NX. That's exactly how our 2023 intern Eilidh Dickerson developed her skills and experience, and we've captured her journey in this video! Here's what you can expect ???? An introduction to Siemens Xcelerator Academy ???? The benefits of using Siemens Xcelerator Academy ???? Tips and tricks on passing the course ✅ Eilidh's experience when working on models in NX ????️ Acquire a free 30 trial of NX ???? https://sie.ag/3P5iU7p Take a look our our NX certification program ???? https://sie.ag/3KLrtTu Check out our June 2023 YouTube premiere event, showcasing some of the models Eilidh worked on ▶️ https://sie.ag/3KPF7F9 #NXmakesitreal
In this episode of the Engineer Innovation podcast AI Expert Justin Hodges and (not so expert) Stephen Ferguson explain how engineers can start using Artificial Intelligence and Machine Learning TODAY, and quickly achieve massive productivity savings and extra insight into their simulations. In the second half of the podcast we go through a “code-along-with Justin” example using a publicly available dataset. We talk about: • Using ChatGPT to massively increase engineering productivity • The key steps required to perform any AI or Machine Learning project • Some common pitfalls • A way to rapidly assess which AI approach is most useful for your project • Learning resources that will allow you to get started in AI today For more unique insights on all kinds of cutting-edge topics, tune into https://sie.ag/4dNZdb. Here are the links to the resources mentioned in this episode: • A bunny jumping on the back of a dog (created in Mid Journey AI) : https://sie.ag/47dh4M • Kaggle Machine Learning Competitions - including the Digit Recognizer competition in which Stephen ranked 563 : https://sie.ag/mRXGg • Machine Learning Specialization Coursera: https://sie.ag/4fg129 • Justin’s Data Set: https://sie.ag/5Sbxq3 • Lazy Predict: https://sie.ag/6aKqMK • Simcenter Studio: https://sie.ag/6TS1Pb • Justin’s LinkedIn profile: https://sie.ag/5PFw3P This episode of the Engineer Innovation podcast is brought to you by Siemens Digital Industries Software — bringing electronics, engineering, and manufacturing together to build a better digital future. ▶️ About Simcenter: Engineering departments today must develop smart products that integrate mechanical functions with electronics and controls. They should utilize new materials and manufacturing methods, and deliver new designs within ever shorter design cycles. This requires current engineering practices for product performance verification to evolve into a Digital Twin approach, which enables us to follow a more predictive process for systems-driven product development. Simcenter™ software uniquely combines system simulation, 3D CAE and tests, to help predict performance across all critical attributes, early and throughout the entire product lifecycle. By combining physics-based simulations with insights gained from data analytics, Simcenter helps you optimize design, and deliver innovations faster and with greater confidence.
In this video you will hear from an industry expert, Steph Chavez, about how system level integration of electrical and electronic design domains enables the creation of a digital twin. This digital twin can serve as a virtual representation of the entire system, ensuring tightly integrated collaboration and facilitating seamless communication between the different design disciplines. This integrated approach enhances efficiency and productivity in the design process. 1:00 electrical/electronic co-design example ▶️ Connect with us: » LinkedIn: https://sie.ag/3OyTHlk » Blog: https://sie.ag/3OZy8M3 » PCB Systems Design Discussion Board: https://sie.ag/3YCFFDI » Twitter: https://sie.ag/3OYxnmG #PCBDesign #PCB #PCBDesigning #ElectricalEngineering #Engineering
Today we're going to talk about DFM analysis - which stands for design for Manufacturability, or design for manufacturing analysis. DFM is one of the three leading perspectives for PCB design success, along with design for solvability and design for performance, so that our result is a maximum placement and route density, optimal electrical performance, and efficient defect free manufacturing. 0:07 What is DFM regarding PCB design? 0:40 Why do we need DFM in our designs? 1:13 How do we mitigate DFM concerns in a PCB design? 1:38 What is the value for mitigating DFM concerns in PCB design? 2:34 Evolution of addressing DFM in PCB design today ▶️ Connect with us: » LinkedIn: https://sie.ag/3P26mP6 » Blog: https://sie.ag/3PbXPcJ » PCB Systems Design Discussion Board: https://sie.ag/3KHUaAD » Twitter: https://sie.ag/47B9HvS #PCBDesign #PCB #PCBDesigning #ElectricalEngineering #Engineering
In this video you will hear from an industry expert, Steph Chavez, about how incorporating model-based systems engineering revolutionizes the game of multi-board PCB design. It's all about unlocking the power of cross-system optimization for size and performance. Say goodbye to siloed engineering teams and hello to system-level integration and analysis. By embracing a digital twin and fostering tightly integrated collaboration, you can wave goodbye to potential errors, reschedules, respins, and unnecessary costs. Let's take your multi-board PCB designs to new heights 1:02 Multi-board PCB design example ▶️ Connect with us: » LinkedIn: https://sie.ag/45vlpWR » Blog: https://sie.ag/47MRc7U » PCB Systems Design Discussion Board: https://sie.ag/47yL82C » Twitter: https://sie.ag/44jI3jX #PCBDesign #PCB #PCBDesigning #ElectricalEngineering #Engineering
Shikun Enterprise, a company who is based in Taiwan and specializes in developing, designing, machining and manufacturing machine parts, sought to differentiate themselves from their competitors. In this part of our video series of #manufacturing success stories, learn how they use NX CAM and Solid Edge to improve part quality and reduce machining time by 70 percent. Get the full story at https://sie.ag/47yclT7 #nxcam #solidedge Discover more manufacturing success stories: https://sie.ag/3qyLupm Follow our blog for news and information about NX for Manufacturing: https://sie.ag/45zftfN Connect with peers and experts by visiting the NX Manufacturing on-line community: https://sie.ag/3P0iQqu Get more info about Siemens solutions for digital manufacturing: https://sie.ag/45uvHqd
In this video you will hear from an industry expert, Steph Chavez, about how a model-based systems engineering approach allows team members to view the entire system (electronic, electrical, mechanical, and software) and model pieces of that system defining and optimizing interconnectivity and traceability from one domain to the other. ▶️ Connect with us: » LinkedIn: https://sie.ag/44af6XW » Blog: https://sie.ag/3OBOglF » PCB Systems Design Discussion Board: https://sie.ag/45yCr6L » Twitter: https://sie.ag/45yCsYn #PCBDesign #PCB #PCBDesigning #ElectricalEngineering #Engineering
The battery industry is thriving, as customers demand quicker, safer, and more affordable batteries. Manufacturers are racing to deliver these batteries first, but how can you ensure you get ahead while also meeting key safety and cost goals? Siemens Teamcenter X is a cloud-based product lifecycle management solution that can help you achieve your battery development goals. Teamcenter X provides a single environment for engineers to collaborate in real-time, access design changes, improve communication, and boost agility. It also helps you build and manage the digital twin of your battery cells, modules, and packs, which can help you resolve product life cycle challenges and changes in one place. #BatteryManufacturing #BatteryDevelopment #PLM #MachineAutomation #TeamCenterX ►INDUSTRY PAGE: https://sie.ag/3KCrWax ►JOIN THE COMMUNITY: https://sie.ag/3QCbZ84 FOLLOW US: ►FACEBOOK: https://sie.ag/3Ozneeu ►TWITTER: https://sie.ag/3QyPl04 ►LINKEDIN: https://sie.ag/3OyWyLa ►BLOG: https://sie.ag/3qjcUQ5 About Teamcenter X: The battery industry is facing unprecedented challenges as demand for sustainable mobility continues to grow. To stay ahead of the competition, manufacturers need to innovate and develop new batteries faster than ever before. Teamcenter X is a cloud-based PLM solution that can help battery manufacturers accelerate their product development process. It provides a single source of truth for all product data, enabling engineers to collaborate more effectively and make better decisions. Teamcenter X also offers a range of features that can help manufacturers improve their safety, quality, and sustainability.
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