Acrome

We’re pleased to share that Gopalam Embedded Systems Pte Ltd, our regional distributor, recently participated in the Regional Industry Networking Conference (RINC) and Automation SolutionGO! event at the Singapore Polytechnic Convention Centre on October 17-18, 2024. This event brought together industry leaders to discuss the latest manufacturing, automation, and sustainability trends. Gopalam Embedded Systems showcased Acrome SMD products alongside their other offerings, demonstrating how these solutions can contribute to automation advancements. Thank you to everyone who visited their booth and shared valuable insights on the future of automation. Let’s continue building a smarter and more sustainable tomorrow! 🌍 #AutomationSolutions #Manufacturing #Sustainability #SMD

Choosing the right decision-making strategy can make all the difference in complex AI-powered robotics systems. Whether adapting through learning, following set rules, or using probability-based reasoning, each approach has strengths. Which method do you rely on for dynamic environments? Let’s discuss this in the comments! #AI #Robotics #Engineering #DecisionMaking #Automation #Acrome

This video features a mobile robot constructed using Acrome SMD components and equipped with an open-source MobileNet-SSD model to track a person using its built-in camera. The setup involves a Raspberry Pi as the primary processor, handling image processing, which consumes approximately 90% of its CPU power. The remaining processing power is dedicated to communication with the SMD, which oversees the complete control of the robot. By delegating control tasks to the SMD, the system ensures an efficient division of labor between image processing and robot control, resulting in a scalable and smooth operation. You can find links to a detailed blog post and the store for Acrome SMD products in the comments. #AI #Robotics #EmbeddedSystems #ImageProcessing #Acrome

Claudio Coppola, a PhD student at Aberystwyth University, demonstrates the unique Acrome BBT - 5G Communication Test System in action. 🛠️ This special version of the Acrome BBT was initially developed at Intel Corporation’s request for their 5G devices and is now utilized by leading companies like Bosch, VMware, BAE Systems, and Altair. Unlike the standard Acrome BBT, this version supports joystick control, allowing users to test communication speeds between multiple devices and guide the ball through maze challenges. The setup also allows for simulating communication delays between 2 or 3 devices. Visit our website for more information about the Acrome Ball Balancing Table! #Acrome #BallBalancingTable #Robotics #5G

Learn and experiment with the Acrome SMD Education Kit, an all-in-one solution for exploring sensors and actuators. Compatible with Raspberry Pi® and Jetson Nano®, it’s perfect for both educational and professional projects. 🔗 Learn more and get started: https://rb1.shop/3Y7fGof #Robotics #STEMLearning #Innovation

Several factors, from reach to precision, can influence the outcome when designing a multi-DoF robotic manipulator. Which factor do you think is the most critical in achieving optimal performance? Let us know in the comments and share your experience! #Robotics #Engineering #ControlSystems #Automation #Acrome

💡 Explore the daisy-chain communication capabilities of the SMD RED Brushed DC Motor Driver modules, enabling seamless data transfer across multiple devices. A single joystick controls both DC motors in sync through the integrated communication network. The system also allows real-time switching between velocity and position modes, ensuring precise and flexible motor control. 👉 For all the details and to purchase Acrome SMD products, check out the link in the comments. #ACROME #Robotics #Mechatronics #MotorControl

🕰 Robots of History highlights PUMA (Programmable Universal Machine for Assembly), a significant development in industrial robotics. 🤖 Created by Unimation for General Motors in the 1970s, PUMA represented a major advancement in manufacturing automation. Designed by Victor Scheinman, PUMA’s precise and versatile capabilities enabled its widespread use in welding, painting, and assembly line operations. The PUMA 560 model became particularly prominent, not only in industry but also in medicine, where it was used for the first robotic stereotactic brain biopsy in 1985. Today, the original PUMA prototype is preserved in the Smithsonian National Museum of American History, reflecting its lasting impact on robotic technology. PUMA remains a cornerstone in the evolution of industrial automation, shaping modern robotics through its pioneering design and applications. #ACROME #Robotics #History #Automation #Engineering

Different sensor fusion strategies offer unique advantages depending on a project's complexity and requirements. Your choice can significantly affect system performance, from handling noise to managing uncertainty. #Robotics #ControlSystems #SensorFusion #Engineering #Acrome

How can you control robots remotely with ease? 🤖 In our latest blog, we dive into the integration of Acrome’s Smart Motion Devices (SMD) with a Flask API for precise and flexible robot control. Learn how a simple web framework like Flask, combined with SMD’s advanced motor control, can be used to build and manage robotic systems with real-time commands. Curious to know more? Explore the details here: https://lnkd.in/d_t4edUg #Robotics #Automation #APIs #FlaskAPI #Python #SmartMotionDevices #ACROME