Formlabs’ Post

What this article fails to mention is that the cost of metal 3D printing with The Virtual Foundry is up to you! You can even use a $200 FFF 3D printer if you want. And don't worry about whether the printer manufacturer has "certified" metal filaments. It's totally not required when you're printing with Filamet™ FFF Metal 3D Printing Filaments by The Virtual Foundry

Check out this incredible case study from Roush Performance Products, Inc. where a late-stage design change for the front grill camera location on the Roush F-150 pickup truck required some out-of-the-box thinking. 💡 Instead of compromising the production schedule by redesigning the entire grill, Roush engineers turned to 3D printing for the solution. With the help of SAF™ technology and the H350™ 3D printer, they were able to 3D print the mounts and meet the production requirements for the entire F-150 vehicle lineup. 🖨️ I find it fascinating how additive manufacturing can offer such flexibility and agility in situations like these. This study is a testament to the power of innovation and how it can positively impact the manufacturing industry. If you want to delve into the details and learn more about this case study, click the link below! ➡️ https://okt.to/UD8Hpd Let's continue to spread the excitement about the possibilities of #additivemanufacturing and #productdesign. Kudos to Roush Performance Products, Inc. for pushing the boundaries and proving that there's always a creative solution to any challenge! 👏 Roush Performance Products, Inc.

Over the past few years, 3D printing has rapidly gained importance in the construction industry - that's where our mobile 3D printer KARLOS enters the picture. For example, did you know that our 3D printing process can shorten construction time? The automated process eliminates many manual steps, which saves time and costs. More information & (en)questions at karlos@putzmeister.com or at https://lnkd.in/gBQNJcMS #putzmeister #karlos #3dprinter

Over the past few years, 3D printing has rapidly gained importance in the construction industry - that's where our mobile 3D printer KARLOS enters the picture. For example, did you know that our 3D printing process can shorten construction time? The automated process eliminates many manual steps, which saves time and costs. More information & (en)questions at karlos@putzmeister.com or at https://lnkd.in/gBQNJcMS #putzmeister #karlos #3dprinter

🚀 Exciting News! 🎉👉🖨️ Ultimate your 3D printing game with the new intent profiles in Ultimaker Cura 4.6 beta! 🌟🔥 Achieve high-quality prints with minimal effort and save valuable time⏰. Learn more about how these profiles can benefit your 3D printing projects. Contact us for further details! 😊✉️📞 #3Dprinting #UltimakerCura #Gamechanger

Here is how to prepare your model for 3D printing in REALvision Pro in 5 easy steps🪄 1️. Click the PREPARE button to prepare the file for slicing 2. You can toggle between the 3D view of the layers and the default 3D view 3. You can add a planned pause to the G-Code if needed and choose what movements you want to see visualized 4. You can see precise information on printing time and filament consumption 5. When ready, press EXPORT to save the G-Code Check out our Academy for more tutorials and tips💡 https://lnkd.in/eXZpanjg #3dprinting #additivemanufacturing #3dprintingsoftware #realvisionpro https://lnkd.in/gFE8XtMz

How often has a $5 plastic handle, mount, or bracket delayed recognizing revenue on a job? Even if they're a small part of the main product, quickly designing & 3D printing custom hardware can massively reduce overall lead-time and supply chain complexity. This example by Slant 3D shows how we can maximize the benefits of 3D printing through good design. https://lnkd.in/g3fGBUki

At FuseLab, we are always working to enhance our technology to meet specific industry needs, in this case for creating gas-tight metal components with FFF metal printing. We are excited to share some recent developments from our latest project focusing on metal-based filament printing. We have been printing test parts that demand high levels of gas tightness. Our latest video demonstrates how these parts have improved, moving from visible voids in initial tests to a denser structure in the optimized versions. To inspect the internal structure of parts before sintering, we use a simple yet effective method: we freeze the parts, making them brittle and easily breakable for a clear view under a microscope. This technique allows us to inspect the parts for visible voids without altering the fracture surface, offering insights into the effectiveness of our printing strategies. It's important to note that even though a part may appear void-free in its green state, this does not ensure final gas tightness. However, this preliminary inspection is vital as it allows us to evaluate different printing strategies quickly without needing to proceed to full sintering. The quality of our prints is significantly enhanced by our innovative rotary extruder, which ensures consistent, high-quality results—essential for achieving the density and integrity needed in the final parts. We look forward to sharing the results of our gas-tightness tests, once they are sintered by our partner, CMG Technologies MIM and 3D Metal Printing Specialists Follow us on LinkedIn for more updates as we continue to advance in additive manufacturing. #3DPrinting #Metal3DPrinting #Engineering #Manufacturing #AdditiveManufacturing #CMGtechnologies https://lnkd.in/e7TjzDP4

Think it we Make it 3D MODELLING Slicing: this is one of the stages in the process of 3D modeling and printing. The software used here is called CURA, ideaMaker is alternative. This model with the current specifications such as ink fill, material and speed is going to take use 2days plus to print given its size and the quality we want. Stay connected and keep checking here for the latest advancements. @thinkitwemakeit

I find this new 3D inkjet printing system incredibly fascinating and promising for various reasons. Firstly, the incorporation of computer vision and real-time adjustments demonstrates the application of cutting-edge technologies in the field of 3D printing, which aligns with the innovative and interdisciplinary nature of technology. The ability to work with a wider range of materials, including slower-curing ones with enhanced properties, opens up new avenues for experimentation and customisation in design and fabrication processes. Overall, from a student aspiring to work in the tech industry, this new 3D inkjet printing system represents an exciting advancement that pushes the boundaries of what is possible in additive manufacturing. It combines state-of-the-art technologies, offers greater material versatility, and has the potential to drive innovation and create real-world impact in multiple industries.