ADAXIS’ Post

Thrilled to showcase TANARUZ's groundbreaking work in revolutionizing boat production with 3D printing technology. Get an inside look at TANARUZ's innovative process, highlighting how they've managed to cut down production times from 6 months to just 7 days while maintaining exceptional quality. The print involves 3600 unique layers, resulting in one of the world's most luxurious and complex 3D printed boats. We're proud to have supported TANARUZ throughout this project, helping bring this vision to life with our dedicated service. Deploying our #AdaOne solution also involved working on the digital chain and addressing real-world challenges in the deployment process, which allowed us to improve the entire boat manufacturing process. This achievement wouldn't be possible without the advanced technology from ABB. TANARUZ uses an ABB robot and RobotStudio® software to seamlessly transfer the program to the robot, ensuring precision and efficiency in every layer of the print. From concept to completion, see how TANARUZ is pushing the boundaries of what's possible in the leisure boat industry. #Robotics #AdditiveManufacturing #3Dprinting #innovation #boating #Sustainability | RAW Idea Zander Tocher

Introducing #AdaOne's Feature of the Day: Robot Target Position.   Simplify and enhance your robotic additive manufacturing process with the ability to save and manage different robot positions effortlessly.   Key Benefits: - Save and Manage Positions: Easily save different robot positions by positioning the robot and hitting "Save current pose." Rename positions for easy identification. - Default and Custom Movements: Set saved positions as the default robot position or move the robot to any desired saved position with a click. - External Axis Configuration: Edit target positions to include specific external axis settings for precise control. - Start and End Positions: In Tool Path settings, select saved robot target positions as start and end points for streamlined operations.   How to Use:   - Position the robot as desired. - Click "Save current pose" to save the position. - Rename the saved position for easy reference. - Set saved positions as the default or move the robot to any saved position as needed. - Edit target positions to include external axis settings if necessary. - In Tool Path, set a Start and End position using the saved robot target positions.   Experience enhanced control and efficiency with AdaOne's Robot Target Position feature. Simplify your workflow and achieve precise results effortlessly. #Software #AdditiveManufacturing #3DPrinting #Robotics

In many manufacturing projects, combining different print sequences is essential to meet design specifications and ensure excellent mechanical properties.  The process begins with the base being printed using the planar along curve strategy, followed by logos added with non-planar slicing.   Achieving this requires precise and accurate simulation to avoid collisions, mastery of the technology to start and stop a bead cleanly, and attention to many other crucial details for a reliable setup.  The print is executed using Massive Dimension's MDPH2 extruder mounted on a Universal Robots UR10e—a versatile setup perfect for various applications.   Massive Dimension offers machines designed with simplicity, safety, and affordability in mind, making them perfect for large-scale training and education.  These machines empower users to easily and quickly understand and harness robotic 3D printing, maximizing the potential of future industry possibilities.   Check out the video to see how our solutions can elevate your projects and training programs. #3DPrinting #Cobot #UR10e #MDPH2 #Robotics #AdditiveManufacturing #Innovation | Sean Miller, Josh Allen, Justin Ferguson

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

We are thrilled to announce our collaboration with Airtech Advanced Materials Group! This partnership will integrate Airtech's advanced materials and expertise into #AdaOne, providing turnkey programming solutions for end-users and leveraging the full potential of 3D printing technologies.   Key features of this collaboration include: - Seamless programming with Airtech materials. - Material-specific enhancements for superior print quality. - Real-time quality control. - Expanded 3D printing capabilities. - User-friendly interface tailored for Airtech materials. This collaboration represents a significant advancement in additive manufacturing, combining the strengths of both companies to enhance the quality and efficiency of printed parts.   We are excited to share our vision and innovations with you.    Read the full press release here: https://lnkd.in/e_zy__eD Henri B., Gregory Haye, Zachary Skelton | #3DPrinting #AdditiveManufacturing #Innovation #Collaboration

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

We are pleased to share that Sami and Guénolé are currently attending TECHDAY 2024 - FAB ADD NUM, a key event focused on the digital chain in Metal Additive Manufacturing, organized by the Institut MAUPERTUIS, École normale supérieure de Rennes, and the EMC2 cluster.   Held in Rennes today, this event features the latest advancements in 3D metal additive manufacturing software, covering areas such as scanning, CAD modeling, trajectory generation, simulation, and process control. The event includes a series of expert-led conferences showcasing seven industrial projects in metal additive manufacturing.   Sami is presenting in collaboration with Loïc Mesmin from OPT'ALM on "Digital Chains for the Manufacturing and Repair of Parts using Laser DED Powder and Wire Processes."   We are thrilled to share our vision and our work with the community. Stay tuned for more updates! France Additive, CEA, NAVAL GROUP, OPT'ALM, CATOIRE-SEMI, OPEN MIND Technologies AG, Shapers', GKN Aerospace, Hexagon Manufacturing Intelligence, I-MC (Innovative Manufacturing & Controls), ARKANCE Systems FRANCE, PowerMill GmbH, Autodesk, Siemens NX