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

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

AdaOne’s Tool Path Overlays provide valuable insights to optimize your printing process and detect potential issues. By displaying critical information directly on your tool path, it’s easier to analyze orientation, reachability, deposition, and more. You can visualize: - Tool orientation: See how your tool is oriented with color-coded axes. - Reachability check: Instantly spot unreachable targets in red. - Tool path order: Visualize the sequence of your tool path execution. - Layer time & length: Track how long each layer takes to print and its length in mm for improved efficiency. - Deposition & Overhang: Monitor deposition multipliers and overhang percentage for precision control.   These overlays help you fine-tune settings for an efficient and smooth printing process. #AdaOne #Software #3DPrinting #AdditiveManufacturing

We’re excited to collaborate with DYZE DESIGN on their new turnkey additive manufacturing solution, powered by the KUKA KR 8 robot, the Pulsar Pellet Extruder paired with the Dyze RoboSync Hub, and #AdaOne! The Dyze Robotic Cell AM brings together precision, scalability, and seamless control—key to pushing the boundaries of modern manufacturing. AdaOne is deeply integrated with RoboSync, enabling full control of the extruder with the robotic arm through the RoboSync Hub interface. Don't miss DYZE DESIGN at the ReAM Show 2024, happening 24-26 September at the Le Méridien Hotel & Conference Centre in Dubai, UAE. The event will bring global leaders together to explore the future of 3D printing under the theme "Localizing Manufacturing Excellence." #AdditiveManufacturing #3DPrinting #ReAMShow2024 #KUKA #ManufacturingInnovation #PelletExtrusion

In 3D printing, the seam—where deposition starts and stops—can greatly affect the quality and strength of a part. That's why #AdaOne introduces Seam Optimizations to give you complete control over seam placement and shape, ensuring the best surface quality and mechanical properties for your project. Seams can be optimized in three main ways: - Guided Seam: Place the seam precisely by selecting points, edges, or drawing curves on your part. - Distributed Seam: Evenly distribute the seam along the part using a set offset, either by distance or angle. - Random Seam: Randomize the seam placement to reduce its impact on mechanical performance. With AdaOne, you can also fine-tune the seam's shape to suit your specific application: - Straight, Zigzag, Triangular, or Sine Wave patterns ensure a seamless fit with your path planning strategy. Check out the video where we demonstrate the seam optimization feature using a bench model, showcasing how proper seam placement can improve surface quality. #AdditiveManufacturing #Seam #3DPrinting #Software

We had an incredible time at #IMTS2024! 🎉 Over the course of the week, we printed 6 WAAM parts in steel, demonstrating the power and reliability of our cutting-edge technology.  Thank you to everyone who stopped by our booth. We will see you again in 2026! #AdditiveManufacturing #WAAM #Chicago #IMTSRecap #IMTS2024 #WireArcAdditiveManufacturing #kukapartner #metaladditivemanufacturing #robotics #robotic3dprinting

Explore #AdaOne's Planar Clearing machining operation, designed for efficient material removal on flat surfaces. This tool extends the cleared area beyond the edges of the selected surfaces, ensuring smooth and consistent horizontal cuts. Key Benefits: - Surface Expansion: The operation grows the surface selection to clear material beyond the part's edges with streamlined linear passes. - Customizable Milling Plane: Easily define and modify the milling plane, adjusting surfaces as needed for optimal results. Watch the video to see how AdaOne’s Planar Clearing simplifies machining for flat areas and boosts productivity. #software #robotics #additivemanufacturing #3dprinting #machining

Join Eric Stiles, Applications and Operations Manager at Precitec USA, during the Industrial Laser Conference at IMTS - International Manufacturing Technology Show! Presented by The Laser Institute of America (LIA), Eric will dive into Wire Fed Metal Additive Manufacturing with the CoaxPrinter on Wednesday, Sept. 11, from 10:45 AM - 11:15 AM (CT). He will explore the advantages of laser DED technology, focusing on omni-directional deposition using wire feedstock for metals like stainless steel, titanium, and more. Eric will also highlight the role of #AdaOne in offline programming for these advanced processes. Don’t miss it! Register here: https://lnkd.in/e4Sf9u-5 #IMTS #IMTS2024 #DED #WLAM #3DPrinting #Robotics #AdditiveManufacturing