ADAXIS

Robotic additive manufacturing is complex, and synchronizing path planning, motion control, and material deposition often requires significant expertise and time. That’s why we are excited to introduce new AI-powered tools in #AdaOne that help streamline this process.   By leveraging advanced diffusion models trained on 3D geometry, AdaOne now offers features like automatic part type detection and slicing suggestions — automating key steps in path planning. This reduces the need for trial and error, allowing operators to focus on fine-tuning rather than starting from scratch.   We believe AI can add real value by assisting users during the CAM process, helping to identify issues before they arise. Our latest video showcases these capabilities and the future potential of AI in enhancing the user experience.   For more insights, read the full article here: https://lnkd.in/e6fw8KDJ #AdditiveManufacturing #Robotics #AIinManufacturing #AI #3DPrinting

🌟 Live from #AdvancedEngineering in Birmingham, UK! 🌟 Visit us at Booth #U160, chat with our experts, and discover how we're shaping the future of advanced materials. See you there! #AEUK24 #Airtech #airtechinnovation #composites #advancedmaterials #manufacturing #ukmfg

Are you attending Advanced Engineering UK, the UK’s top event for advanced manufacturing and supply chain innovation? We’re here with CNC World, ready to talk about the latest in Rapid Fusion technology. Stop by to meet our team, explore cutting-edge solutions, and see how large-format 3D printing is transforming production. CNC World Limited Advanced Engineering UK #AdvancedEngineeringUK #CNCWorld #RapidFusion #ManufacturingInnovation #3DPrinting

Revitalizing Manufacturing: Transforming Recycled Materials into a Cutting-Edge Kayak Prototype   This video shows a full-sized kayak prototype built in recycled materials with advanced robotic additive manufacturing. The kayak was 3D printed at RISE Research Institutes of Sweden in a single continuous path without interruptions, ensuring a consistent and strong process to test different materials.   The materials used is a great real life example of a circular material flow. It is based on an old recycled kayak that had been previously 3D printed at RISE. The original kayak was in turn made from recycled polyethylene wood fiber composite (FibraQ from Biofiber Tech Sweden AB) and shredded and combined for this print by Ting Yang Nilsson and Johan Landberg to showcase the effectiveness of their in-house recycling.   Some additional materials were added to enhance the material properties. These consisted of polyethylene ocean plastic waste such as old fishnets from the Swedish West Coast and plant-based PLA from Finnish forests.   The design of the Värmdö kayak was created by Melker of Sweden. It was slightly optimised for the robotic additive manufacturing process.   Adaxis #AdaOne software was utilized for the printing. Our new integrated cutting, drilling, and milling capabilities were used for the post processing. Build strategy and tool pathing was a joint effort between Woodrow Wiest and Emil Johansson.   The kayak was printed using a 45-degree planar tool path, allowing for a horizontally continuous printing process. To ensure a smooth bottom finish, the extrusion thickness on the underside hull surface was increased by 50% to ensure sufficient stock for the final milling process.   The final steps involved creating milling paths to open all hatches, drill holes, and mill the hull bottom. Again, all milling, drilling and cutting was created by and controlled from #AdaOne.     This project was made possible at RISE Research Institutes of Sweden, led by Researcher Ting Yang Nilsson and supported by funding from Vinnova under LIGHTer. #additivemanufacturing #3dprinting #robotics #sustainability #circulareconomy #innovation #startup

🌠 What happens when you combine an ECO-ARC robotic welding system with AdaOne software from ADAXIS? Amazingly, you wind up with a 3D printer! 🌠 If you missed this cool combination in our exhibit at FABTECH Expo, you can still catch the action in this video. Reach out to your Airgas representative for more information or visit Airgas.com.  #Airgas #roboticweldingsystem #3Dprinting

Our partner Airgas, an Air Liquide company, will be showcasing live demos at FABTECH Expo 2024, featuring the OTC DAIHEN, Inc. ECO-ARC 200 welding cell integrated with #AdaOne.   See it in action! Stop by booth #W4328 in the West Hall to discover how Airgas's Advanced Fabrication experts can help you improve productivity, gain efficiencies, and stay competitive. With AdaOne, you'll see solutions for optimizing robotic movements and achieving seamless integration with advanced fabrication technology.   FABTECH is North America's largest metal forming, fabricating, welding, and finishing event, bringing together over 30,000 industry professionals to explore innovative solutions and the latest technologies.   Don’t miss this opportunity to connect with the Airgas team and learn how their innovative solutions can help you fill your potential while boosting product quality and achieving sustainable cost savings.   Date: October 15-17, 2024 Location: Orange County Convention Center, Orlando Booth: West Hall Exhibit #W4328

3D Printing Complex Layering & Overhangs for Low Temp Tooling & Moulds We recently completed a successful Factory Acceptance Test (FAT) for a client using a KUKA KR210 robot and CEAD Group S25 extruder set up. The part was printed with Airtech Advanced Materials Group's Dahltram S-150GF, a cost-effective (~£15/kg), glass fibre reinforced polymer designed for tooling and low-temperature master moulds up to 88^C. The material can be machined to exact tolerances, making it versatile for various applications. CNC Robotics & CEAD will be showcasing a lot more industry/application specific parts, on our shared exhibition stand, during the upcoming Advanced Engineering UK show. [𝗛𝗮𝗹𝗹 𝟯𝗕, 𝗦𝘁𝗮𝗻𝗱 𝗨𝟭𝟳𝟱] Sign up for the show here 👇 https://lnkd.in/eQkzBd5d Or alternatively message Max Barnett & Rogier Sebastiaan van den Akker for an appointment. #3dprinting #cnc #composites #manufacturing #robotics #industrial #liverpool

AdaOne’s Drilling operation simplifies the process of machining holes in a workpiece, providing precision and flexibility for your projects.   Key Benefits: - Customizable Hole Selection: Define holes individually or as a group based on shared characteristics like radius or depth, ensuring efficient and organized drilling. - Optimized Operation Order: Easily manage the drilling sequence by rearranging the order manually, or automatically organize by radius or depth for streamlined workflows. - Flexible Drilling Direction: Reverse the drilling direction as needed for greater control over the operation. Watch the video to see how #AdaOne’s Drilling feature enhances precision and boosts machining efficiency. #robotics #machining #drilling #software

Introducing #AdaOne's Feature of the Day - Extrusion Calibration. AdaOne’s Extrusion Calibration feature is designed to improve precision in pellet extrusion by accounting for the non-linear behavior of extruders and materials. With this feature and our dedicated material calibration process, users can input measurement data to create a flow rate to RPM graph, ensuring more accurate material deposition. This feature allows you to fine-tune your extrusion process, optimizing material flow for better print quality—essential for complex extruders and unique material combinations.   This video showcases this feature using data from the CEAD Group S25 extruder with Airtech Advanced Materials Group’s Dahltram T-100GF material to highlight its real-world benefits. #robotics #additivemanufacturing #3dprinting #software #lfam

When your life-sized (~20ft!) 3D printed missile mockup has been making waves across the internet… 🎉 🚀 This isn’t the first time one of our large-scale mockups has played a pivotal role in securing funding for a new defense program for our customers. Having a full-sized representation of a product truly brings it to life for potential customers, making a powerful impact that words or drawings can’t achieve. For Mockups and Prototypes, Large Format Additive Manufacturing (LFAM) continues to demonstrate its value across various industries, enabling the production of complex geometries with remarkable ease and efficiency. #3dprinted #additivemanufacturing #defense #aerospace