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@CobotUli • 1,673 subscribers

Founder & HOST: Advanced Humanoid Forum – 20–21 Jan 2027, Munich No hype. Just real humanoid robotics. Where industry meets execution.

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Turning + Gravity = smart low cost automation‼️ sponsored Smart turning replaces complex drives with the simplest force available: GRAVITY In high-speed production lines, active product manipulation often introduces unnecessary mechanical stress and energy costs. 💡 The technical approach: By combining a calculated incline CNC-machined internal geometries, products are rotated passively. This eliminates the need for additional motors while ensuring 100% reproducible alignment. ✅ Key Technical Benefits: ➡️ Custom Geometric Contours: The internal glide path is an exact negative of your product, providing stabilized guidance even for asymmetrical shapes. ➡️ Advanced Tribology: High-performance plastics minimize friction coefficients, protecting sensitive surfaces and reducing wear. ➡️ Simplified Maintenance: A solid-block design reduces joints and dead spaces, allowing for rapid, tool-free format changes. Leveraging gravity reduces system complexity + maximizes OEE by making physics do the work. Best Regards Ulrich - The German Engineer by MURTFELDT - seen it at Florian Paletini #automation #ebgineering #techWithUli

Turning + Gravity = smart low cost automation‼️ sponsored Smart turning replaces complex drives with the simplest force available: GRAVITY In high-speed production lines, active product manipulation often introduces unnecessary mechanical stress and energy costs. 💡 The technical approach: By combining a calculated incline CNC-machined internal geometries, products are rotated passively. This eliminates the need for additional motors while ensuring 100% reproducible alignment. ✅ Key Technical Benefits: ➡️ Custom Geometric Contours: The internal glide path is an exact negative of your product, providing stabilized guidance even for asymmetrical shapes. ➡️ Advanced Tribology: High-performance plastics minimize friction coefficients, protecting sensitive surfaces and reducing wear. ➡️ Simplified Maintenance: A solid-block design reduces joints and dead spaces, allowing for rapid, tool-free format changes. Leveraging gravity reduces system complexity + maximizes OEE by making physics do the work. Best Regards Ulrich - The German Engineer by MURTFELDT - seen it at Florian Paletini #automation #ebgineering #techWithUli

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THE FASTEST ROBOT IN THE FACTORY? 🌍 Everyone is talking about AI, humanoids and robotics. 🤖 But what if I told you that one of the fastest and most reliable “automation systems” doesn’t have a motor… doesn’t need software… and doesn’t consume electricity? ⚡ It simply uses gravity. ⬇️ With clever mechanical engineering, products can be rotated from vertical to horizontal in milliseconds—at high speed and with exceptional reliability. ⚙️🚀 Sometimes the best automation isn’t adding more technology. It’s removing it. What’s more valuable in industrial automation today? A) Smarter mechanics B) Smarter software 👇 Comment A or B. #Automation #MechanicalEngineering #IndustrialAutomation #Engineering #Manufacturing

THE FASTEST ROBOT IN THE FACTORY? 🌍 Everyone is talking about AI, humanoids and robotics. 🤖 But what if I told you that one of the fastest and most reliable “automation systems” doesn’t have a motor… doesn’t need software… and doesn’t consume electricity? ⚡ It simply uses gravity. ⬇️ With clever mechanical engineering, products can be rotated from vertical to horizontal in milliseconds—at high speed and with exceptional reliability. ⚙️🚀 Sometimes the best automation isn’t adding more technology. It’s removing it. What’s more valuable in industrial automation today? A) Smarter mechanics B) Smarter software 👇 Comment A or B. #Automation #MechanicalEngineering #IndustrialAutomation #Engineering #Manufacturing

Advanced humanoid forum

2,991,240 次观看 • 1 个月前

HUMANOID ROBOTS ARE AMAZING. BUT WHERE IS THE ROI? Watching a humanoid robot work at BMW is genuinely impressive. As an engineer, I love it. But I also can’t ignore one question. For this task, why not use a 6-axis robot on a linear axis? It would likely be: * Faster. * More precise. * More stable. * Much cheaper. So why the humanoid? Because BMW isn’t optimizing this task. They’re training Physical AI. Every successful grasp, every failure, every unexpected situation becomes data that teaches robots to handle the real world. That’s the real investment. The demo is impressive. The business case? I’m not convinced… yet. Are we looking at the future of manufacturing—or the world’s most expensive AI training program? Best regards Ulrich #HumanoidRobots #PhysicalAI #Robotics #Automation #Manufacturing #Engineering #AI #IndustrialAutomation

HUMANOID ROBOTS ARE AMAZING. BUT WHERE IS THE ROI? Watching a humanoid robot work at BMW is genuinely impressive. As an engineer, I love it. But I also can’t ignore one question. For this task, why not use a 6-axis robot on a linear axis? It would likely be: * Faster. * More precise. * More stable. * Much cheaper. So why the humanoid? Because BMW isn’t optimizing this task. They’re training Physical AI. Every successful grasp, every failure, every unexpected situation becomes data that teaches robots to handle the real world. That’s the real investment. The demo is impressive. The business case? I’m not convinced… yet. Are we looking at the future of manufacturing—or the world’s most expensive AI training program? Best regards Ulrich #HumanoidRobots #PhysicalAI #Robotics #Automation #Manufacturing #Engineering #AI #IndustrialAutomation

Advanced humanoid forum

11,496 次观看 • 1 个月前

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