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Do you like the Sims? Robotic additive cells from MD offer robust digital twin simulations utilizing software such as RobotStudio from ABB, which can enable users to get a complete visualization of what their print toolpath will look like before they even transfer it to the controller! This helps to verify everything is correct, from part location to joint configuration and I/O execution - minimizing errors and maximizing success. Robotic 3D Printer: MDAC1 from Massive Dimension: https://lnkd.in/eiqr8TYV Toolpath: Generated by ADAXIS Part Geometry: Provided by RISE Research Institutes of Sweden #Robotics #AdditiveManufacturing #DigitalTwin #SimulationTechnology #IndustrialAutomation #RobotStudio #ABB #3DPrinting #ManufacturingInnovation #EngineeringExcellence #TechTrends #AdvancedManufacturing #AutomationSolutions #Industry4_0 #SmartManufacturing #PrecisionEngineering #ManufacturingTech #InnovationInTech #SoftwareSolutions #TechnologyAdvancement

Introducing #AdaOne's Feature of the Day: Mesh Boolean Operations.   Transform your additive manufacturing workflow with versatile Boolean operations that enhance mesh manipulation for both open and closed meshes.   Key Benefits: - Versatile Operations: Perform Union, Merge, Intersection, and Subtraction on your selected meshes. - Automated Repair: Meshes are automatically repaired to close open surfaces before applying Boolean operations, ensuring seamless integration. How to Use: - Select the target part (object A) in the scene graph. - Choose the tool (object B) for the Boolean operation. - Select the desired Boolean operation: Union, Merge, Intersection, or Subtraction. - Access additional settings by clicking the More Settings button.   Experience the power of precise mesh manipulation with AdaOne's Mesh Boolean Operations.   Simplify complex geometries and streamline your design process today! #Software #Robotics #AdditiveManufacturing #Innovation #3DPrinting

Introducing #AdaOne's Feature of the Day: Advanced Infill Mode. Elevate your additive manufacturing with versatile infill options designed for variable density and local reinforcement. Adjust infill density to meet specific strength and weight requirements while enhancing specific areas of your part for added durability and performance. How to Use: - Enable advanced infill mode. - Choose infill type: Select either global infill or infill by region. - Create infill regions: If choosing infill by region, define one or multiple polygonal regions within a layer to locally adjust the infill strategy. - Set infill parameters. - Propagate layer regions: Optionally, propagate these regions to subsequent layers to maintain consistency. - Generate the tool path. Discover how Advanced Infill Mode can enhance your prints with precision and efficiency. #Software #Robotics #AdditiveManufacturing #Innovation #3DPrinting

Part 4 of the Automation Advantage series! 🚀 The Packaging Industry, in particular, is awakening to the transformative impact and advantages of AI and robotics - In many larger operations, they are fast becoming the norm. 📦 AI's powerful presence reaches the Printing Industry at large, using advanced algorithms to detect and correct output issues. 🤖 Significans Automation paves the way toward unmanned production environments, delivering unprecedented efficiency and substantial long-term cost reductions. 📈 Stay tuned for more insights! 🖨️ #Significans #Automation #AutomationAdvantage #AIandRobotics #UnmannedProduction #PackagingIndustry #Converting #PrintingInnovation 

🥚The EGG Challenge! How do you cut an eggshell without damaging the yolk or separating the white, to ensure individual eggs could be cooked and processed intact and at speed? 🤔 Well, you call in Sapcote Engineering Ltd of course! Solution - we integrated: ✔️Advanced robotic tech for precision & consistency ✔️A state-of-the-art high-speed measurement system for controlled piercing ✔️Six-axis industrial robot for fast egg handling ✔️Special programming to keep that yolk intact ✔️A custom 3D printed vacuum system for efficient waste management Results: ⭐️ A whopping 3,000 eggs processed per hour! 🎉 ⭐️ 4 sensors in our measurement system ⭐️ 4 eggs transferred every 5 seconds by our trusty robotic arm ⭐️ A user-friendly 7-inch touch screen HMI for smooth operations ⭐️ Improved production precision and speed with our servo drives, all controlled via PLC and HMI Do you have an automation challenge for us? Find out more about what we can do 👇 https://lnkd.in/gyb99Jpg #EngineeringInnovation #RoboticSolutions #SapcoteEngineering #UKmfg #UKManufacturing #i3GroupSolutions

I am happy to share an overview of my recent research project, "Print-N-Grip: A Disposable, Compliant, Scalable, and One-Shot 3D-Printed Multi-Fingered Robotic Hand", conducted under the guidance of my supervisor, Dr. Avishai Sintov. This innovative project focuses on developing a cost-effective, highly adaptable robotic hand using advanced 3D printing technology. The "Print-N-Grip" hand features a unique design that allows for versatility and efficiency, making it suitable for diverse applications in both industrial and personal robotics. Check out the video below for a detailed look at how "Print-N-Grip" works and the potential it holds for the future of robotics.

Introducing #AdaOne's Feature of the Day: Mesh Repair.   Optimize your additive manufacturing workflow by ensuring your imported files are print-ready and precise with AdaOne's Mesh Repair. When dealing with file formats like BREP (STP) and mesh (STL), BREP offers superior speed, accuracy, and reliability, especially when opened in AdaOne. However, when BREP isn't available, we're committed to enhancing your experience with optimized mesh formats.   Key Benefits:   - Automatic Healing: AdaOne's Mesh Repair tool automatically resolves issues like topological gaps, self-intersections, and incorrect orientations. - Flexible Repair Options: Choose between automated hole filling and removing self-intersections, even for parts with intentional openings. How to Use: 1. Import your mesh-based file (e.g., STL) into AdaOne. 2. Access the Mesh Repair tool. 3. Select your preferred repair options: automated hole filling and/or removal of self-intersections. 4. Execute the repair process for a flawless, print-ready mesh.   Experience seamless tool path generation with AdaOne's Mesh Repair feature. Ensure your parts meet the highest standards for additive manufacturing. #Software #Robotics #AdditiveManufacturing #Innovation #3DPrinting

🦾 Create your own robotic arm from scratch. Source all the parts - Full step-by-step guide: 🤖 Step-by-Step Guide: Build a DIY robotic arm from scratch with a comprehensive, easy-to-follow guide. 🧩 Sourcing Parts: Obtain all necessary parts for a 3D printed robotic arm, either individually for about $400 or as a complete kit for $270. 💻 Open Source Code: Utilize our GRBL-based firmware, tailored for 6-axis robotic arms and compatible with various software options for ease of use. Link in the comments❗ Also full community video❗ 🔔 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