Acrome

Continuing our successful collaboration with Altair, we want to share a closer look at how Acrome Ball Balancing Table enhances mechatronics education. Together with Altair’s no-cost digital twin simulation models and specialized courseware, we equip students with the essential tools to excel in developing mechatronic products. Explore the video to see how this integration between practical hardware and advanced simulations creates a comprehensive educational environment, perfectly suited for hands-on learning in mechatronics. https://lnkd.in/dEPcXeAY #Acrome #Altair #Mechatronics #EngineeringEducation #EdTech

🔍 In the field of technology and engineering, precision is key. When dealing with sensor data, it’s crucial to filter out unwanted noise to maintain the integrity of your system’s performance. One type of filter stands out for its ability to remove rapid, short-term variations, helping to reveal the underlying trend in the data. How do you ensure clean, reliable sensor data in your projects? Let us know in the comments below! #Robotics #Automation #SensorData #DataProcessing #Acrome

🕰 Milestones of Robotics continues with the very first industrial robot, George Devol's Unimate developed by George Devol and Joseph Engelberger in 1961. 🤖 The Unite Robot was used for factory tasks like welding, handling, and assembly, revolutionizing manufacturing processes. The field of robotics continues to expand beyond manufacturing due to Unimate! #ACROME #robotics #history

Our latest project guide is here to help you build your own security system using the Acrome Smart Motion Devices. This project utilizes an SMD Motor Driver, an RGB LED Module, a Buzzer Module, and an HC-SR04 Ultrasonic Distance Module, all managed through user-friendly Python and Arduino scripts. 🚨 The Project Contains: • Distance Monitoring: Automatically triggers alarms if someone gets too close. • Visual Alerts: Uses an RGB LED to display security status with color-coded alerts. • Audible Warnings: A buzzer sounds off when potential security threats are detected. 👉 Learn the details of the project and how to set up your own system by visiting our comprehensive guide: https://lnkd.in/gB6CjdAB #Acrome #SmartMotionDevices #Robotics #Engineering #Tech

We’re proud to collaborate with leading organizations across various sectors. Find the correct answer to the poll by visiting our references page 👇 https://lnkd.in/dzy_r5x5 #Acrome #Robotics #Technology #Engineering

Discover the role of AI in enhancing object tracking technologies in our latest blog post. 🚀 ✅ Our New Blogpost Covers: - An introduction to AI object tracking technology and its impact across various industries. - Detailed discussion on software and hardware implementation, complete with source codes and hardware lists accessible via GitHub and Gitbook. - Examples from industrial and military settings, showing how AI object tracking improves efficiency and security. - An overview of Acrome’s Smart Motion Device products and their role in simplifying robotics application development. 👉 Read the full article here: https://lnkd.in/gCjtU88Q #AI #Robotics #ObjectTracking #OpenSource #Acrome

Fotokite develops autonomous drone systems that provide crucial situational awareness for public safety teams, helping them manage complex and safety-critical situations. They use our Stewart Platform for precise sensor calibration in their Sigma Drone manufacturing process. This integration ensures that their drones are accurately calibrated, enhancing reliability in high-stakes applications like firefighting and rescue missions. 📽️ Watch the Fotokite Sigma Drone being tested on our Stewart Platform! Read the full case study here: https://lnkd.in/eFGUn4H6 #AcromeRobotics #Fotokite #StewartPlatform #DroneTechnology #PrecisionEngineering #PublicSafety

This control strategy is particularly effective for managing systems with rapid dynamics and can handle both steady-state and transient behaviors. It’s a common approach in robotics and automation, and you might recognize its application in advanced drone flight control systems. #Acrome #Robotics #Education #ControlSystems #Engineering

🎉 Excited to share that at Hannover Messe 2024, Bosch Rexroth, VMware, and Intel Corporation featured Acrome’s Ball Balancing Table! This project showcased real-time automation, AI, and virtualization. Our Ball Balancing Table, enhanced with Intel’s AI, precisely managed movement and ensured safety. Bosch Rexroth provided virtual PLC systems, while VMware’s Edge Compute Stack allowed camera, control loop, and safety applications to run on a single virtualized server. We are proud to see our technology driving the future of automation! #HannoverMesse #Automation #AI #Innovation #Acrome

We are excited to share how Acrome's Stewart Platform was utilized in a significant research project at the University of Maryland! Researchers Abhishek Shastry, Inderjit Chopra, and Anubhav Datta used our Stewart Platform to replicate ship-deck motion for their study on vision-based landing of a multirotor UAS on a moving platform. Their work involved developing avionics and control systems, followed by flight demonstrations to understand the challenges in estimation and tracking of large stochastic motions. We also want to extend our heartfelt thanks to Abhishek Shastry for sharing his valuable feedback with us. Read more about their research here: https://lnkd.in/gjAPxZSs #Acrome #Robotics #Research #Engineering #StewartPlatform