Buro Matei’s Post

Will there be 10B Humanoid robots by 2040? Before we break down Musks prediction, I'll give you the punchline. TLDR; We don't have the raw materials with today's technology to make it happen. That doesn't mean it's impossible it's just we need a big shift. Breaking it down, let's consider an averaged design to get to a ballpark set of requirements and numbers. Let's assume a weight: 100 lbs (45.4 kg) for a biped robot Looking at raw materials -- let's extrapolate from the single robot. 1. Structural Components (~40% of weight: 40 lbs / 18.16 kg) - Aluminum alloys: 12 lbs (frame, joints) - Carbon fiber composites: 8 lbs (shells, panels) - High-strength steel: 10 lbs (key load-bearing components) - Engineering plastics: 10 lbs (covers, non-load bearing parts) 2. Actuation (Moving) Systems (~25% of weight: 25 lbs / 11.34 kg) - Electric motors: 15 lbs (est 20-30 motors per unit)  - Rare earth magnets (NdFeB): 1.5 lbs  - Copper windings: 3 lbs  - Steel laminations: 10.5 lbs - Gearboxes and transmission: 10 lbs  - Precision steel gears: 8 lbs  - Bearings and hardware: 2 lbs 3. Power System (~15% of weight: 15 lbs / 6.8 kg) - Lithium-ion batteries: 12 lbs - Power management electronics: 3 lbs 4. Electronics & Computing (~10% of weight: 10 lbs / 4.54 kg) - Main computer board: 1 lb  - Processors/SoCs: ~100g  - Memory (RAM/Storage): ~200g  - Other components: ~154g - Sensor systems: 5 lbs  - Cameras, LIDAR, IMUs, force sensors - Control boards and wiring: 4 lbs 5. Miscellaneous (~10% of weight: 10 lbs / 4.54 kg) - Fasteners and connectors - Thermal management systems - Padding and protection - Aesthetic components Now that we have a Unit (on average), let's consider the scale at which we're talking from a raw material perspective for 10B units. *Critical Materials* 1. Aluminum: 120B lbs (54.4M metric tons) 2. Steel: 180B lbs (81.6M metric tons) 3. Copper: 30B lbs (13.6M metric tons) 4. Rare Earth Elements: 15B lbs (6.8M metric tons) 5. Lithium (for batteries): 120B lbs of Li-ion batteries 6. Silicon (for electronics): ~1M metric tons *Semiconductor Requirements* Assuming each robot needs:   - 1 main SoC   - 20-30 microcontrollers   - Various sensor chips   - Power management ICs Total semiconductor wafer requirement: ~500M wafers (300mm) Let's consider our current global production of raw materials. - Current global annual aluminum production: ~6M metric tons - Current global annual steel production: ~1.8B metric tons - Current global annual copper production: ~20M metric tons - Current global annual rare earth production: ~350K metric tons - Current global annual lithium production: ~180K metric tons Now, the reality is -- if you're reading between the lines, my discussion assumes today's technology so the limiting factor here is Lithium (power) and rare earth metals which would both need to be solved for for Elon to hit his prediction. Big bet, you think he's right? -- #AI #productmanagement

Ross Robotics' innovative modular robot, was designed to tackle complex tasks in challenging environments.  With dozens of parts, intricate structures, and the need for real materials testing, the development process was fraught with challenges.   Read how RPWORLD helped them complete the prototyping test, and save development time by up to 50%. https://lnkd.in/dtdURVf #robotics #mechanicalengineering #mechanical #design #designengineer #mechanicaldesign

Looking for ways to boost efficiency AND productivity in your workplace? Enter collaborative robots AKA cobots. A cobot is an industrial robot that can work alongside a human safely if configured properly. Here are some common cobot applications that are transforming industries: 1️⃣ Pick and Place/Palletizing (with or without vision): This streamlines repetitive tasks and ensures consistent, precise placement—saving time and reducing human error. 2️⃣ Machine Tending (CNC Lathes, Mills, or Press Brakes): Cobots can handle the load, freeing up your skilled workers for more complex tasks, all while improving cycle times. 3️⃣ Assembly/Dispensing/Gluing: Cobots can easily handle delicate assembly or precision dispensing with greater accuracy, ensuring product quality and reducing waste. 4️⃣ Material Removal (Deburring/Grinding/Sanding): Speed up tedious, labor-intensive processes, all while improving safety by minimizing direct human contact with hazardous materials. 5️⃣ Welding and Weld Cell Tending: Cobots help increase welding precision and speed, and can handle dangerous tasks, reducing workplace injuries and improving weld consistency. Automating these processes not only improves workplace productivity but also ensures a safer, more efficient workspace for your team. Visit our website for more information on getting a cobot for your business: https://lnkd.in/gfw5Axq2 📸: Photo Courtesy to Fanuc America #PRETEC #automatedsolutions #roboticsintegrator #automation #robotics #manufacturing #robot #technology #engineering #programming #cobot

Happy to share Element X's latest feature!!! In this post, we dive into how we're using affordable 3D scanner technology and proprietary #AI models to fully automate the robotic welding process. Our innovative approach simplifies programming and enhances #flexibility, making industrial robots more #efficient and #versatile than ever before. 🔍 Learn how we: -Utilize structured light 3D scanners to create detailed 3D point clouds -Identify optimal welding areas based on scan data -Compute a 6-degrees-of-freedom path with collision-free approach and advanced welding parameters -Export paths into simulation software for validation and execution Join us on this journey to make robotic welding smarter and more accessible! Click the link below to read the full blog post and discover how our technology can transform your manufacturing process. 👉 https://lnkd.in/gDah_9Dr #RoboticWelding #Automation #Manufacturing #3DScanning #AI #Innovation #Industry40

🚀 The ecosystem of industrial robotics 🚀 Automation is the backbone of modern manufacturing, and at its heart are industrial robots. But automation goes beyond just robots—it's an intricate ecosystem of engineers, designers, integrators, and more, all working together. Here’s a glimpse into the ecosystem: 🤖 Robot manufacturers: Industrial and collaborative robots that power automation. 🔧 End-Effector manufacturers: Tools robots use to perform tasks (gripping, welding, etc) 🚕 Moving equipment: AGVs and AMRs to transport materials within automated systems. 🗜 Tooling/Jigs manufacturers: Custom fixtures that hold and manipulate parts during production. 🎧 Sensor providers: Sensors that enhance robot vision, guidance, and safety. 💻 Software providers: Programs that control and optimize robot operations. 👨🏻💻 Integrators: Whose role it is to bring it all together into seamless, functional systems. 🥇 Certification organizations: Safety and compliance in automated environments. 🙋 Customers: The people and businesses that leverage automation to boost efficiency and productivity. At inbolt, we are happy to be part of this dynamic ecosystem, driving innovation with our real-time robot guidance solution, GuideNOW. GuideNOW uses our 3D camera to track the workpiece as soon as it enters the field of view, providing continuous offsets to the robot's trajectory and ensuring the accurate and efficient mission of the robot’s task on the workpiece. #IndustrialRobotics #Automation #Innovation #AI #Robotics #Manufacturing #Inbolt #FutureOfWork

🚀 **Innovation at MetalQuest: Advancing Automation with 3D Vision Systems** 🦾 At MetalQuest, we are always on the lookout for cutting-edge technologies that can enhance our capabilities and deliver superior solutions to our clients. That's why we're excited to share insights from this fascinating article on Modern Machine Shop about how a 3D vision system is revolutionizing bin-picking robots. 🔍 **Article Highlight:** "Seeing is Believing: 3D Vision System Enables Bin-Picking Robot" explores how advanced vision systems are enabling robots to perform tasks with unprecedented precision and efficiency. The technology discussed is transforming the way manufacturers approach automation, paving the way for more flexible and productive operations. 📈 **Our Take:** MetalQuest is no stranger to innovation. Our state-of-the-art machining capabilities are constantly evolving. Embracing technologies like 3D vision systems aligns with our mission to push the boundaries of what's possible in precision manufacturing. 💡 **Why It Matters:** Implementing advanced automation solutions not only enhances productivity but also ensures the highest quality standards for our clients. As we continue to grow and adapt, these technologies help us stay ahead of the curve and meet the complex needs of industries we serve. Check out the full article here: [Seeing is Believing: 3D Vision System Enables Bin-Picking Robot] #Manufacturing #Innovation #Automation #3DVision #Robotics #MetalQuest #PrecisionMachining #FANUC #Okuma

Engineering Tomorrow! With global demands skyrocketing and the need for precision higher than ever, machine shops are turning to automation to stay competitive. Automation is about robots enhancing what humans can do. The latest trend? Collaborative robots, or cobots, which work alongside humans, taking on tasks that are too repetitive, dangerous, or downright dull for us. Imagine a cobot helping out with heavy lifting or precision welding—tasks that demand the consistency of a machine and the oversight of a skilled human. According to the International Federation of Robotics , there are now about 3.9 million operational robots globally, with a significant portion dedicated to manufacturing. Modern CNC machines, like those engineered by SPINNER North America, are examples of German precision. Equipped with twin spindles and lower turrets, these machines can perform complex operations like Op 10 and Op 20 without breaking a sweat. This means one machine can handle multiple processes, drastically reducing setup times and increasing throughput. The integration of automation into CNC operations ensures a level of precision that’s difficult to achieve manually. With predictive AI and machine learning, these systems can even anticipate maintenance needs, reducing downtime and saving big bucks—around $1.3 million per hour in industries like automotive parts! And let’s face it, the image of a dusty, noisy machine shop isn’t exactly a magnet for young talent. But a high-tech, automated facility? That’s a different story. The integration of advanced technology like AI, robotics, and CNC automation can draw in tech-savvy engineers eager to work with the latest innovations For machine shops aiming to stay ahead, automation is the ticket. The journey to automation may seem daunting, but the benefits far outweigh the challenges. From robots and cobots to state-of-the-art CNC machines, the future of manufacturing is automated, efficient, and incredibly exciting. So, gear up and spin into the future—because the only thing scarier than change is being left behind. #AutomationNation #RoboticsRevolution #MachineShopTech #FutureOfManufacturing #NextGenEngineers #Spinner Salim Elías A. David Plank Tony Campos Uribe Brian Borntrager Joe Lenz Jon Noble

🚀 Exploring the Future of Manufacturing: Spot Welding Robot Systems 💡 In today’s competitive manufacturing landscape, integrating robotics is no longer a luxury—it’s a necessity. 🤖✨ In my latest video, I dive deep into the world of spot welding robot systems, showcasing how this technology is transforming production lines by enhancing precision, speed, and safety. 🔹 What you’ll learn: • Key benefits of robotic spot welding • Integration challenges and solutions • Real-world applications driving industry standards Whether you’re in automotive, aerospace, or any field that relies on precise welding, understanding these systems is crucial for future growth. 🎥 Check out the video to see how spot welding robots are redefining what’s possible in manufacturing. Let’s spark a conversation about the future of robotics! Contact us today for the best consultation and to meet your factory’s machinery and automation needs. We are here to help you achieve your industrial goals! #ABB #Robotics #Automation #FoodIndustry #Innovation #Technology #RobotApplications #Industry40 #Manufacturing #Robotics #SpotWelding #Engineering #Manufacturing #HeavyMachinery #mechanicalEngineering #MechanicalDesign #Mechanism #industrialengineering #Tech #TechSolutions #technology #SOLIDWORKS #Engineering #EngineeringFacts #automaticmachine #robotics #robots #Manufacturing #EngineeringExplained #Simulation #freelance #sales_engineer #KabaniMechensDirect

Manufacturing prioritizes cost savings and efficiency. To optimize automation processes, understanding the tools that provide the best value is crucial for reducing downtime and improving throughput. Check out this quick case study highlighting 3D machine vision in manufacturing. #LibertyRobotics #MachineVision #MachineVisionSensor #3DMachineVision #3DMachineVisionSensor #RobotGuidance #Automation #ManufacturingAutomation #Manufacturing #Robots #Robotics #LibertyReach #Innovation #MaterialHandling #CaseStudy