ADAXIS’ Post

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

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

Introducing Cladding on top of surfaces.   #AdaOne's Cladding slicing strategy redefines Robotic Additive Manufacturing, enabling precise material deposition on existing surfaces. Watch the video below to discover the seamless process of generating and adapting tool paths on selected surfaces.   Experience the Cladding Advantage:   - Explore tool paths for material deposition. - Import 3D models as STEP files. - Generate one or several layers on top of an existing surface with unparalleled precision.   Versatile Applications:   This feature can be used to repair worn metal components, add continuous fiber reinforcement, or generate trajectories for machining.   AdaOne's Cladding Feature adds a unique dimension to your additive manufacturing experience, keeping you at the forefront of innovation. #additivemanufacturing #3dprinting #robotics #software #innovation

This Conformal Heat Exchanger Housing was printed using the Performance AMRC-P. The system is forward-deployable and has the ability to print a wide range of materials anywhere that power is available. If you're interested in having a part printed or would like more information on the Performance AMRC-P, visit us at www.additec.net Printed by Alex Prigge #ADDiTEC #3DManufacturing #MetalAdditiveManufacturing #AdditiveManufacturing #Technology #Innovation #Metal3DPrinting #industrial3dprinting #customization #automotive #simulation #software #heat #manufacturing #additive #3dprinter #3dprintingindustry #3d #3dmodeling #robotics #creative #ABB

Metal #additivemanufacturing productivity boost. See below how the processing time improves, from a single laser to a double laser Selective Laser Melting (SLM) metal #3dprinting system. Now imagine that today there are machines out there that work with up to 12 lasers simultaneously. So speed is no longer an issue. Material selection widely isn´t too. No more excuses 💯 Need metal parts additively manufactured? No worries, all you need to do is to reach out to Replique. We got you covered for all your 3d-printing needs. Forget minimum order quantities, inventory headaches, and fixed costs. Instead, unlock more time for innovation! 🚀 Kind regards, Mark stop warehousing, source on-demand. #automation #supplychain #robotics #digtalmanufacturing #maschinenbau

🚀 Breaking boundaries with #Meltio #additivemanufacturing #technology! 💭 #MeltioEngine #Robot Integration 📏 Size: 150 mm diameter x 250 length 📏 Layer height: 1 mm ⚖️ Weight: 2.1 kg 🔧 Material: Meltio #StainlessSteel 316L 🤖 Robot Speed = 10 mm / s ⌛Printing Time = 7 h 15 min These female screw compressors are crafted from #Meltio #StainlessSteel for unparalleled #strength and #durability, the go-to for high-pressure compressed air or gas flow needs! Meltio not only streamlines the process but elevates it to new heights. 🌐 Imagine complex geometries tailored to YOUR needs, faster production, and minimal waste. 🔄 Embrace a manufacturing revolution with customizable designs, quicker turnaround, and top-notch product quality. 🌟🛠️ Plus, Meltio's magic preserves the mechanical prowess of traditional processes! Experience the power of #3dprinting by using our #Meltio #unique #3dprinting #systems! ✨ Embrace #Innovation and #Precision in manufacturing with Meltio! 💪 Explore a world of possibilities and discover more Meltio applications here: https://lnkd.in/d5dMyqg7 #3dprinting #metal3dprinting #metaladditivemanufacturing #weldingwire #3d #3dprint #additivemanufacturing #manufacturing #3dprintedmetal #metal3d #innovation #technology #metal

𝐂𝐫𝐞𝐚𝐭𝐞 𝐲𝐨𝐮𝐫 𝐝𝐫𝐞𝐚𝐦 𝐩𝐚𝐫𝐭𝐬 𝐰𝐢𝐭𝐡 𝐚𝐮𝐭𝐨𝐦𝐚𝐭𝐞𝐝 𝐟𝐢𝐛𝐞𝐫 𝐩𝐥𝐚𝐜𝐞𝐦𝐞𝐧𝐭 𝐭𝐞𝐜𝐡𝐧𝐨𝐥𝐨𝐠𝐲. What you're seeing here is an automated fiber placement process being performed by the Mongoose Hybrid machine from Ingersoll Machine Tools. The machine has been specifically designed for composites manufacturing, and it is incredible (and so is the process!). 🔥 ✅ The process can be performed with all sorts of fiber-based materials, including carbon fiber, glass fiber, BMI, and many more. ✅ The machine is essentially a large gantry robot with highly specialized end-of-arm-tooling. ✅ It doesn't just lay down materials - it can also inspect using 2D laser profilers and other technologies, mill like a CNC machine, and 3D print. 🤔 What would you make with this machine? #automation #robotics #aerospace #space #technology If you found this interesting, give it a thumbs up 👍 and follow me, Matt Malloy, for more on advanced manufacturing technology, cobots, and some occasional humor. Thanks!

Can I do ArcDED/WAAM with a cobot? Of course! I'm not very good at it yet but was thrilled to be able to "print" my first simple structures. 😀 😀 😀 Arc Directed Energy Deposition (ArcDED), also known as Wire Arc Additive Manufacturing (WAAM) is a process where you 3D print parts using a robot and welder. In this case I used a Universal Robots UR20 and a basic manual weld torch attached to the arm. These first results weren't great, but weren't horrible either as you'll see at the end of the video. The cool thing is that it's not that hard to do. Most ArcDED development is focused on large organizations, but I could see small and medium manufacturers implementing it with their existing equipment to quickly print near-net-shape parts. EWI Shift 2.0 [Manufacturing Innovation Program] #automation #robotics #cobots #collaborativerobots #3dprinting

🥚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

Imagine having complete oversight and management of your entire additive manufacturing system fleet, regardless of size or location via a single UI. AiSync additive manufacturing platform does just that! Here you can see AiSync providing complex toolpath simulation on a large format gantry machine by Breton S.p.A. With large format additive manufacturing, precise machine control and print monitoring is key to providing optimal performance, reducing scrapped builds and minimising downtime. This is where intelligent software becomes critical to operations. Before deploying AiSync AM software, many clients had been struggling with the high cost of material wastage, including examples of up to £20k of material costs lost in a single failed build. AiSync AM software works to significantly reduce failed builds across machine fleets thanks to our intelligent capabilities, allowing for part production to be scaled confidently throughout the enterprise. Interested to hear more? Connect with our team on LinkedIn Stefan Harban, David Larson, Luke Rogers #additivemanufacturing #software #ai #manufacturing #robotics #lfam #machining #3dprinting #fleetmanagement #enterprise #scaling #simulation #tooling #toolpath #gantry