#Iphysics

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#Iphysics Reel by @machineering_munich - ⚙️ Schneller konstruieren mit iPhysics Mit der erweiterten Katalogfunktion können Komponenten direkt in iPhysics erstellt und verwaltet werden - auch
147
MA
@machineering_munich
⚙️ Schneller konstruieren mit iPhysics Mit der erweiterten Katalogfunktion können Komponenten direkt in iPhysics erstellt und verwaltet werden – auch ohne vorhandene CAD-Daten. Das beschleunigt die frühen Konstruktionsphasen, erleichtert den Vergleich verschiedener Varianten und ermöglicht wiederverwendbare Modellbibliotheken für standardisierte Anlagen- und Maschinenkonzepte. Erstellen. Testen. Optimieren. 🚀 ............ ⚙️ Design faster with iPhysics With the expanded catalog function, components can be created and managed directly in iPhysics — even without existing CAD data. This speeds up early design phases, makes testing variants easier, and enables reusable model libraries for standardized machine and plant concepts. Build. Test. Optimize. 🚀 #DigitalTwin #Industrie40 #Automatisierung #SmartManufacturing #Maschinenbau #Simulation #iPhysics
#Iphysics Reel by @machineering_munich - 🤖 Von der Simulation direkt zum Roboter-Code. Mit iPhysics 3.6 wird die Offline-Roboterprogrammierung Teil des digitalen Engineering-Workflows. Das
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MA
@machineering_munich
🤖 Von der Simulation direkt zum Roboter-Code. Mit iPhysics 3.6 wird die Offline-Roboterprogrammierung Teil des digitalen Engineering-Workflows. Das neue Offline-Programmier-Tool für Roboter ermöglicht Bahnplanung und generiert automatisch ausführbaren Roboter-Code – direkt aus der Simulation heraus. Im Video zu sehen: • Roboter-Teaching in iPhysics • TCP-Planning • Automatische Generierung von Roboter-Code in der jeweiligen Zielsprache – z. B. für Fanuc oder KUKA Das Ergebnis: Ein durchgängiger Workflow von der Simulation bis zur realen Umsetzung am Roboter. Entwicklungszeiten werden verkürzt, Fehler reduziert und die Programmqualität deutlich verbessert – besonders in Anlagen mit gemischten Roboterparks. ▶️ Jetzt das Video ansehen. …………………………… 🤖 From simulation directly to robot code. With iPhysics 3.6, offline robot programming becomes part of the digital engineering workflow. The new offline robot programming tool enables path planning and automatically generates executable robot code – directly from the simulation. In the video you can see: • Robot teaching in iPhysics • TCP planning • Automatic generation of robot code in the respective target language – e.g. for Fanuc or KUKA The result: A continuous workflow from simulation to real-world robot implementation. Development times are shortened, errors are reduced, and program quality is significantly improved – especially in systems with mixed robot fleets. ▶️ Watch the video to see how it works. #Robotik #Automatisierung #VirtuelleInbetriebnahme #DigitalerZwilling #Engineering #Industrie40 #iPhysics
#Iphysics Reel by @machineering_munich - Von CAD zur Simulation: Der direkte Weg zum digitalen Zwilling 🤖⚙️ Die Maschine entsteht direkt aus den in Inventor generierten Daten. Dank der bidi
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MA
@machineering_munich
Von CAD zur Simulation: Der direkte Weg zum digitalen Zwilling 🤖⚙️ Die Maschine entsteht direkt aus den in Inventor generierten Daten. Dank der bidirektionalen Schnittstelle zwischen CAD-Programm und Simulationssoftware bleibt das Modell immer aktuell – bereit zur virtuellen Inbetriebnahme. 🔧 Hier wird gezeigt, wie mehrere Komponenten im Handumdrehen zu einem detaillierten, funktionsfähigen Modell verschmelzen. 👉 Das ist Next Level Engineering – schnell, effizient, digital. ..... 🇬🇧 CAD to Simulation: Fast-Track Your Way to a Digital Twin 🤖⚙️ The machine is generated directly from Inventor data. Thanks to the bidirectional interface between CAD software and simulation tools, the model stays up-to-date and ready for virtual commissioning. 🔧 See how multiple components quickly come together into a comprehensive, detailed simulation model. 👉 That’s Next Level Engineering – fast, efficient, and digital. #digitalwin #virtuelleinbetriebnahme #iPhysics #machineering #virtualcommissioning inventor fieldbox VR nextlevelengineering mechanicalengineering automation industry4 kukarobotics automobilindustrie 📸 Bild: ©africa images | Canva
#Iphysics Reel by @machineering_munich - 🔧 Modellieren per Drag-and-Drop - einfacher geht's nicht! In diesem Video zeigen wir, wie sich ein Modell in Autodesk Inventor blitzschnell aus eine
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MA
@machineering_munich
🔧 Modellieren per Drag-and-Drop – einfacher geht’s nicht! In diesem Video zeigen wir, wie sich ein Modell in Autodesk Inventor blitzschnell aus einem Katalog zusammenstellen lässt. Dank der iPhysics-Übertragungsfunktion wird das komplette Modell inklusive aller Komponenten und vorkonfigurierter Kinematik direkt in die Simulationsumgebung übernommen. 🚀 Das spart nicht nur Zeit, sondern ermöglicht auch eine frühe Validierung des Materialflusses – ein echter Vorteil für die effiziente Anlagenplanung. 🎥 Jetzt reinschauen und sehen, wie einfach Simulation sein kann! 🚀So geht Next Level Engineering ................... 🔧 Modeling made easy – just drag and drop! This video shows how quickly and easily a model can be created in Autodesk Inventor using drag-and-drop from a catalog. Thanks to the iPhysics transfer function, the complete model – including all components and preconfigured kinematics – is seamlessly integrated into the simulation environment. 🚀 This not only saves time but also enables early validation of material flow, giving you a real edge in efficient plant planning. 🎥 Watch now and see how simple simulation can be! 🚀 This is Next Level Engineering #weareNextLevelEngineering #machineering #Anlagenplanung #Simulation #iPhysics AutodeskInventor DigitalEngineering Materialfluss SmartFactory DigitaleZwillinge CAD EngineeringExcellence NextLevelEngineering Image: thanks to ©prathanchorruangsak weareNextLevelEngineering
#Iphysics Reel by @nanoschool.in - Digital Twins & Predictive Modeling: Unlock the Future of Smart Industrial Processes. #digitaltwins #predictivemodeling #industrialai #industry40 #ai
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NA
@nanoschool.in
Digital Twins & Predictive Modeling: Unlock the Future of Smart Industrial Processes. #digitaltwins #predictivemodeling #industrialai #industry40 #aiinindustry
#Iphysics Reel by @machineering_munich - 🚀 PLCnext Update: Zwei echte Gamechanger für dein Engineering Es gibt gleich zwei große Neuerungen rund um PLCnext: •OPC UA trifft iPhysics iPhysics
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MA
@machineering_munich
🚀 PLCnext Update: Zwei echte Gamechanger für dein Engineering Es gibt gleich zwei große Neuerungen rund um PLCnext: •OPC UA trifft iPhysics iPhysics kann jetzt direkt über OPC UA mit PLCnext verbunden werden – ohne Umwege. • PLCnext goes Cloud PLCnext-Anwendungen lassen sich ab sofort in der Cloud entwickeln und testen – unabhängig vom Arbeitsplatz. 👉 Früher lief der Datenaustausch über ComTCP, und PLCnext musste lokal installiert sein. Eine OPC-UA-Anbindung war nicht möglich. Was bedeutet das für dich? ✔ Einfachere Integration von Steuerungen ✔ Mehr Flexibilität im Engineering ✔ Ortsunabhängige Entwicklung -.................... 🚀 PLCnext Update: Two Major Innovations Two big updates are changing the way you work with PLCnext: • OPC UA meets iPhysics You can now connect iPhysics directly to PLCnext via OPC UA. • PLCnext in the Cloud Develop and test PLCnext applications in the cloud – anytime, anywhere. 👉 Previously, data exchange relied on ComTCP and required local installation. OPC UA connectivity wasn’t possible. Your benefits: ✔ Easier controller integration ✔ Increased engineering flexibility ✔ Location-independent development #iPhysics #Simulation #PLCnext #OPCUA #IndustrialAutomation #Automation #Engineering #iPhysics #TechUpdate #Innovation #EngineeringLife #FutureOfWork #automationtechnology Image: thanks to raybon009 | Getty Images Pro on Canva
#Iphysics Reel by @biwinside_design - In industrial automation projects, the challenge is not only to locate robots and program trajectories. It is to understand the real process. • Ope
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BI
@biwinside_design
In industrial automation projects, the challenge is not only to locate robots and program trajectories. It is to understand the real process. • Operational sequences in a production environment • Dynamic interference and critical zones • Accessibility for maintenance and operation • Validation of real cycle times • Functional integration within the complete production flow Each simulation we develop answers a key question: 👉 Is this going to produce no surprises when it is assembled in the plant? At INGEBOT we work on: ✔ Design and simulation of robotic cells ✔ Technical feasibility studies ✔ Optimization of industrial layouts ✔ Process validation before investment Engineering should not be a pre-project cost. It should be what makes it viable. #SimulaciónIndustrial #Robótica #AutomatizaciónIndustrial
#Iphysics Reel by @bv_digital_consulting - Convert URP to URPX in Seconds 🚀 | Universal Robots PolyScope X Universal Robots have long been programmed using the classic PolyScope environment.
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BV
@bv_digital_consulting
Convert URP to URPX in Seconds 🚀 | Universal Robots PolyScope X Universal Robots have long been programmed using the classic PolyScope environment. When working with offline programming tools such as Siemens Process Simulate, this typically results in URP files and script files that run perfectly on older controllers. With the introduction of PolyScope X, Universal Robots now use a new controller generation and a new program format: URPX. In this video, I show: How PolyScope X runs inside a virtual machine A real example using a UR10e A new tool that automatically converts URP files to URPX How converted programs can be loaded directly into PolyScope X without manual rework This workflow is especially useful for engineers and technicians coming from simulation and offline programming environments, making the transition to PolyScope X fast and seamless. If you work with Universal Robots, simulation tools, or are preparing for PolyScope X, this video is for you. 💬 Feel free to leave a comment with your questions or feedback. #UniversalRobots, #PolyScopeX, #URP ,#URPX ,#OfflineProgramming RobotSimulation, UR10e ,Automation, IndustrialRobotics SiemensProcessSimulate, DigitalTwin, RoboticsEngineering
#Iphysics Reel by @ai_build - 👉 Free access: Link in Bio!!! Nikoleta and Berin have been testing something interesting! What if your "engineer" handles design to print… and you
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AI
@ai_build
👉 Free access: Link in Bio!!! Nikoleta and Berin have been testing something interesting! What if your “engineer” handles design to print… and you just guide it? Start with one prompt: “Design a weld neck flange DN100 based on railway standards.” Aibuild OS opens Rhino 8, builds it, then adapts it for WAAM. From there, we give a few inputs and it generates the workflow in Aibuild CAM. We log in, simulate, and it’s ready. You’re always in control, just acting as the orchestrator while everything else is handled. The results are already promising and it keeps getting better, especially with more complex Rhino tasks. Feels like a shift. @ai_build Aibuild OS → digital engineer Aibuild CAM → execution #Aibuild #AdditiveManufacturing #WAAM #Robotics #rhino3d @rhino3d.education @rhino_grasshopper_parametric @mcneel.europe
#Iphysics Reel by @source_robotics - The MSG gripper uses FOC stepper motors without gearboxes, enabling precise control of gripping force and accurate detection of forces applied by or t
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SO
@source_robotics
The MSG gripper uses FOC stepper motors without gearboxes, enabling precise control of gripping force and accurate detection of forces applied by or to the gripper. It is designed for modern embedded AI applications and teleoperation. All hardware designs are open source. Check bio links for github repo!
#Iphysics Reel by @2bdigitalofficial - Modern manufacturing starts with connected engineering software. At 2B Digital, we provide a complete engineering software ecosystem that connects des
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2B
@2bdigitalofficial
Modern manufacturing starts with connected engineering software. At 2B Digital, we provide a complete engineering software ecosystem that connects design, simulation, manufacturing, inspection, and data management into one seamless digital workflow. From @solidworks and the 3DEXPERIENCE platform by @dassaultsystemes Systèmes to advanced simulation tools like Abaqus, SOLIDWORKS Flow Simulation, and SOLIDWORKS Plastics, along with CAM solutions, reverse engineering technologies, and ERP integration, we help engineering teams: ◾ Design smarter ◾ Validate faster ◾ Reduce costly iterations ◾ Accelerate product development This is not just software ... it’s a connected engineering environment built for real production. Explore our full Engineering Software Portfolio and discover how the right tools can transform your engineering workflow. 𝗩𝗶𝘀𝗶𝘁 𝗼𝘂𝗿 𝘄𝗲𝗯𝘀𝗶𝘁𝗲 𝘁𝗼 𝗘𝘅𝗽𝗹𝗼𝗿𝗲 𝘁𝗵𝗲 𝘀𝗼𝗹𝘂𝘁𝗶𝗼𝗻𝘀: https://2bdigital.sa/engineering-hardware/(link in bio) #2BDigital #EngineeringSoftware #SOLIDWORKS #Simulation #DassaultSystemes#CAD #CAM #manufacturing #ReverseEngineering
#Iphysics Reel by @ichbinfabiande - Die Welt der KI-Modelle wird gerade ordentlich aufgemischt! Ein echtes Underdog-Modell liefert im Multi-Bilingualen Coding (Go, Rust, TypeScript, Java
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IC
@ichbinfabiande
Die Welt der KI-Modelle wird gerade ordentlich aufgemischt! Ein echtes Underdog-Modell liefert im Multi-Bilingualen Coding (Go, Rust, TypeScript, Java) eine absolute Top-Performance ab: Der **Multi-SWE-Bench** zeigt, wie **MiniMax M2.5** mit 51,3% tatsächlich vor Opus (50,3%) landet. Aber das ist noch nicht alles! Beim **BFCL** – dem Leaderboard für Tool-Calling und API-Nutzung – sichert sich M2.5 mit 76,8% den ersten Platz und lässt damit alle etablierten Frontier-Modelle hinter sich. Das wirklich Verrückte daran: Dieses leistungsstarke Modell ist unfassbar günstig – nur 15 Cent pro Million Tokens! Die Charts sprechen eine klare Sprache über dieses Preis-Leistungs-Wunder im KI-Bereich. #MiniMaxM25 #LLM #CodingBenchmark #KünstlicheIntelligenz #AITech

✨ Guia de Descoberta #Iphysics

O Instagram hospeda thousands of postagens sob #Iphysics, criando um dos ecossistemas visuais mais vibrantes da plataforma.

#Iphysics é uma das tendências mais envolventes no Instagram agora. Com mais de thousands of postagens nesta categoria, criadores como @ai_build, @source_robotics and @biwinside_design estão liderando com seu conteúdo viral. Navegue por esses vídeos populares anonimamente no Pictame.

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