Satyandra K. (SK) Gupta’s Post

🚀 Excited to showcase our latest innovation in robotics! 🤖 Our robotic arm equipped with a pinch gripper and powered by cutting-edge AI technology, is revolutionising piece picking in automation. 🌟 With a staggering capability of 550 picks per hour, our system boosts productivity and efficiency in warehouse operations. 🛠️ Watch the video to see how our robotic arm is reshaping the future of logistics and manufacturing! #Robotics #Automation #AI #Innovation #Logistics #Manufacturing 📹🔧🤖

How do robots manipulate various household objects?🤖 Takuya Ikeda, 康 天毅, Robert Lee, and 西脇 光一 from Woven by Toyota and Sergey Zakharov, Zubair Irshad, PhD, Katherine Liu, and Rareș Ambruș from Toyota Research Institute are working together to research a category-level 6D pose estimation to manipulate household objects precisely. By leveraging the Diffusion Models, they found a way to improve the performance with the network trained by only synthetic data. #robotics #WovenbyToyota Check the study here👇 https://lnkd.in/g4h3gEJu

Automation is becoming an ever-growing consideration for manufacturers and is already a major talking point with major producers across industries! It's fascinating to see these discussions move from the theoretical to real-world deployments in just a few short years!

Robots + AI Will Change the World. This week, I had the pleasure of discussing with Techniques de l'Ingénieur how Robots + AI are revolutionizing the manufacturing sector. At inbolt, we're redefining industrial automation, addressing the biggest challenges in robotics: flexibility and precision. 🤖💡 Our GuideNOW technology is setting new standards for robot adaptability and real-time precision adjustments, making automation an obvious choice for all manufacturers. Embark on our journey and see how we're shaping the future of automation in the full article. [For French speakers only] 🔗 Article link in comments. #Innovation #Robotics #IndustrialAutomation #TechNews #Inbolt

❗Next-Gen Robotics Precision❗ 🤖 The Dexterous Robotic Hand: The Dexterous Hands series RH56BFX, known as ”the pianists“, have the characteristics of: ✅ fast speed, ✅ slightly less gripping force, and ✅ integrated force sensor. A single hand has 6 degrees of freedom and 12 motor joints. Combined with hybrid position and force control algorithm could simulate human hands to achieve accurate grasping operation. ROS is supported, and ROS plug-ins are available. ⚡ Credit: INSPIRE-ROBOTS ❓ If you want to know more about the hand 👋 👉 reach out to my friend Roman Chan / Inspire Robots ❗ 🔔 Follow Ilir Aliu for updates on #robotics & #ai. 🌟 Need to spotlight YOUR product or solution? Let me help! #robotics #robots #Automation #ai #manufacturing #innovation #technology

Last week at Bosch ConnectedWorld, we had the opportunity to visit the booth of our innovation partner Vathos. Together we are working on a joint project to precisely pick and place solid, randomly positioned objects using AI-driven robotics. Therefore, we are using a machine vision interface (API) developed by Vathos: a camera system is used to recognize the different types of objects and their position. Thanks to Vision AI, the system continuously learns, and the robot can be controlled accordingly, and the objects can be retrieved. A practical example using the application is the sorting of small load carriers. Leadec operates many empties logistics centers for its customers, where different types of small load carriers need to be cleaned, sorted, and stacked. Until now, automation was hardly possible due to the large variety of carriers and their undefined position. We are currently testing the application at one site in Germany. Our goal is to extend the solution to other locations in the future, enabling our customers to automate processes that were previously considered difficult or impossible to automate. #BCW24 #AI #VisionAI #automation #robotics #pickandplace

What are your thoughts on robotics taking over the workplace? In my honest opinion, mundane tasks like this should be left to small robotic forces to accomplish due to the fact it they free up human hands to accomplish more meaningful tasks. For example, workers will be needed to maintain and fix these machines when they break. A trained worker will now have a new skill and be able to fix this and other machines in the future if trained on them. I truly get the thought process behind people losing jobs to machines, but again, I feel the person now free from having to hand carry boxes and push carts around can be trained, taught, and learn more meaningful tasks. Will this make society more lazy in the future, or are there simply smarter ways to do things? https://lnkd.in/eMKusgq9 https://lnkd.in/ed_GnKDT

Automation in action...

Will scaling solve the biggest robotics challenges? According to IEEE Spectrum, it's very much possible! Developing a general-purpose robot that can completely execute multiple tasks, in various settings, has been the holy grail of robotics. And with the recent foundation models, scaling existing network architectures through training robots on large data sets/large models could be the key. More: https://bit.ly/45jeotF #Robotics #AI

More from Siemens at #ACHEMA2024: Check out this incredible example of #Robotics on display at the Siemens booth, showing just one of many ways they are deploying #AILearning to optimize their manufacturing processes and streamline production! As the saying often goes: the Future is Now when it comes to technology. The Impact Team continues to study the latest industry trends and technological advancements, to ensure we are supporting the needs of our customers today, and for the years ahead! #Technology #Automation #Robotics #AI #Machinelearning #Process #Optimization #Manufacturing #Siemens