How AI Vision and Robotics Transform Manufacturing with Pick and Place Technology

From vision to factory-floor reality 🤖🧠 With robotics + AI shaping the future of U.S. manufacturing, ARM Institute is building smarter systems and the workforce to power them: https://lnkd.in/eytp_Vis

🤖 Augmentus just landed strategic funding to revolutionize how robots handle complex production. Applied Ventures is backing the company's software platform designed to tackle high-mix manufacturing—where production lines need to handle multiple part types efficiently. This investment will accelerate deployments, improve flexible parts handling, and cut production time significantly. • Why it matters: As manufacturers demand smarter, more adaptable automation, software-first robotics solutions are becoming the competitive edge. Follow us for the latest in robotics innovation and AI breakthroughs! 🚀 #Robotics #Manufacturing #AI #Automation #Innovation #RoboticsSoftware Source: https://lnkd.in/g5aY75ZC

We’ve just published a snapshot of where robotics is heading in 2025 - and the shift is clear. Robotics is moving from isolated use cases to real-world deployment across logistics, hospitals, manufacturing and human-centred environments. The headline isn’t “more robots.” It’s integrated systems: sensing, mobility, manipulation, simulation and oversight working together, on the floor, under real constraints. Logistics wants flexibility. Healthcare wants precision without friction. Manufacturers want collaboration, not cages. And humanoids are progressing because the built world was designed for people, not machines. If you're working in research, investment or industrial adoption, these shifts matter. They point to where scale is likely to happen - and where it will stall. Full infographic: Robotics in 2025: from warehouse floors to operating theatres and humanoids - link in comments below

🔍 Industry Insights | The Factory Reimagined The future of manufacturing is already taking shape — and it’s modular, intelligent, and autonomous. In this first edition of Industry Insights, we explore how Edge AI and Modular Robotics have the potential to reshape industrial production — transforming rigid assembly lines into adaptive, mechatronic ecosystems that think, learn, and evolve. Explore the shift from fixed to fluid. Swipe right. 👉 #IndustryInsights #Mechatronics #EdgeAI #ModularRobotics #Engineering #ManufacturingInnovation #Industry #agap2Industria

Revolutionizing Robotic Manipulation with R²D² The landscape of robotic manipulation is experiencing a paradigm shift with the introduction of R²D², a perception-guided task and motion planning system designed for long-horizon manipulation tasks. Traditional TAMP systems often fall short in dynamic environments due to their reliance on static models. The integration of real-time perception capabilities with R²D² promises a more adaptive and robust approach to robotic manipulation, allowing robots to succeed in environments previously deemed challenging. As industries increasingly rely on robotics to streamline operations, the ability to adapt to variable and unforeseen situations becomes crucial. R²D² addresses this need, offering a novel solution for more resilient and perceptive robotic systems. This advancement not only enhances efficiency but also opens up new possibilities for automation in diverse sectors. What are your thoughts on the potential impact of adaptive robotic systems like R²D² in your industry? https://lnkd.in/g-pFFhFx #Robotics #Innovation #Automation #Technology #Perception #TAMP - - - - - - - - - - - 🖐 Thanks so much for taking the time to read my post. If you enjoyed this post, feel free to swing by my bookstore at sleepyhippie.com or vibe with some tunes on my YouTube channel at groovyboombox.com — you just might find your new favorite thing. Your support means the world. Stay awesome! ✌️ - - - - - - - - - - -

How can fulfillment operations stay flexible in a fast-changing world? In our latest Expert Q&A, Jim Serstad, VP of Robotics Engineering at Tompkins Robotics, shares how modular robotics and AI-driven orchestration are helping fulfillment operations achieve new levels of flexibility, throughput, and adaptability. Key takeaways: ✅ Modular robotics deliver faster deployments and seamless scalability ✅ AI-driven orchestration ensures real-time decisions and optimal workflows ✅ Unified systems enable continuous flow and higher resource utilization Together, Tompkins Robotics and GreyOrange are building an interconnected ecosystem of smart, mobile robots and adaptive software that can reconfigure itself instantly to meet any fulfillment challenge. Read the full Q&A: https://okt.to/NXwWGd #WarehouseAutomation #AI #SupplyChain #GOPartners

🤖 Robots just got way smarter at pushing things around—literally. Researchers introduced C3+, an upgraded contact-implicit model predictive control algorithm that lets robots push single and multiple objects with incredible precision. The system scans objects, reconstructs their geometry, and uses advanced trajectory optimization to handle complex contact interactions. On hardware tests, it achieved 98% success across 33 different object types, completing multi-object tasks in minutes. • Why it matters: Non-prehensile manipulation (pushing, sliding, rotating) is fundamental to real-world robotics—from warehouse automation to collaborative assembly. This breakthrough enables robots to handle diverse, unpredictable objects without pre-programming, bringing us closer to truly adaptable automation. Follow for more breakthroughs in robotics and AI! 🚀 #Robotics #ManipulationControl #MPC #Automation #RoboticsResearch #ContactReasoning Source: https://lnkd.in/gVbwJ5ZY

💡 Did you know the concept of automation dates back over 2,000 years? Before AI, before industry robots, even before electricity — inventors were building self-operating machines that set the foundation for today’s robotics revolution. Our latest article, “The Birth of Automation: How Robotics Began,” explores: How ancient automata inspired mechanical innovation Why the Industrial Revolution marked automation’s true turning point How Unimate in the 1960s became the first industrial robot And what this evolution means for the future of robotics As automation continues to merge with AI, understanding its origins helps us prepare for what’s next — a world where humans and robots collaborate more seamlessly than ever. 🚀 What’s your take — is automation our biggest challenge or our greatest opportunity? #Automation #Robotics #Innovation #FutureOfWork #TechLeadership https://lnkd.in/gvV6unZY

The future of work is being built by robots that think, learn, and collaborate. At RoboNexis, we create robotic systems that merge precision engineering with artificial intelligence to deliver smarter automation solutions for real industries. Our engineers design systems that enhance human potential from manufacturing to logistics, where intelligent machines work alongside people to improve safety, productivity, and consistency. Robotics is not about replacing human effort but amplifying it. At RoboNexis, we believe the most powerful innovations are those that make work more meaningful, efficient, and safe. The next industrial revolution is not coming. It is already here, and we are building it, one robot at a time. #RoboNexis #RoboticsEngineering #IndustrialAutomation #SmartManufacturing #AIInnovation #CollaborativeRobots #AutomationTechnology #EngineeringFuture