NuTechnologies’ Post

Designing Smart Holes for FDM 3D Printing! I've been working to refine and test this new technique that enhances the printing process by addressing the challenge of overhangs requiring support material especially in horizontal holes. In traditional 3D printing, angles over 45 degrees are problematic, often necessitating additional structures that increase print time and material waste. In this approach of mine, developed through rigorous testing, eliminates the need for such support with a design tweak, optimizing hole angles to remain below the critical 45-degree threshold. 1. This technique eliminates the need for support material in holes, regardless of their size or channel length. 2. Prevents overhang collapse, ensuring the structural integrity of the print. Reduces print time and post-processing labor, allowing for a smoother finish directly off the print bed. The time saved can vary. For components that would have required extensive support material, the reduction in print time is significant. Even for parts that need less support, the decrease is still noticeable. This method is now integral to my projects, leading to more efficient prints and demonstrating that minor design enhancements can greatly improve manufacturing processes. Below is a snapshot of the benefits this design change offers: #3DPrinting #FDM #AdditiveManufacturing #3DEngineering #ProductDesign #Manufacturing #Innovation #Technology #3DPrints #DesignEngineering #RapidPrototyping #TimeEfficiency #CostReduction #MaterialScience #PrintTimeReduction #CADdesign #IndustrialEngineering #MechanicalDesign

Did you know that advanced 3D printing technology allows us to construct extremely complex geometries, which were previously unobtainable with traditional manufacturing methods? What is complex geometry? And how can it improve your workflows: ➤ Design freedom✍: 3D printing allows for complicated shapes and internal structures, pushing the limits of design. This covers everything from lattice structures to organic designs, all designed for maximum efficiency. ➤ Improved 🚀 Performance: The ability to build complex pieces allows designers to optimize each component for its individual purpose. This produces parts that are lighter, stronger, and more efficient. ➤ Cost Efficiency💸: Unlike traditional manufacturing, 3D printing is cost-effective regardless of complexity. This reduces the cost of producing unique, sophisticated parts, even in small quantities. For all your 3D printing needs, contact us: 📧 sales@smartfactory.lt 📲 +37062040151 #3dPrinting #complexgeometry #ImprovedPerformance

The performance of Metal 3D Printing technology in detail representation and manufacturing accuracy is especially suited for the direct manufacturing of shoe molds. 👟 Metal 3D Printing technology, represented by SLM 3D Printing technology, can achieve a manufacturing limit of 0.03mm. 👍 At the same time, this process offers great design and manufacturing freedom. Traditional shoe mold processing and manufacturing are very complex and are heavily manual. The sole pattern requires extensive chemical treatment for surface preparation, posing significant health risks to operators and environmental damage. 🚀 3D Printing can simultaneously create the bottom texture without the need for casting and subsequent surface texturing, greatly improving efficiency, saving personnel costs, and significantly shortening the product delivery cycle. With Unionfab Metal 3D Printing technology, we can help you streamline your production, increase efficiency, and reduce environmental impact. Let's transform the future of shoe manufacturing together! 💡 https://lnkd.in/gq2rPu7W #Unionfab #Metal3DPrinting #SLMTechnology #ShoeMolds #Innovation #3DPrinting #RapidPrototyping #AdditiveManufacturing #3DPrintingTechnology #Customization #Manufacturing #Metal #3dprint #3dprinted #Additive #3dprintingservice #Engineering #Prototype

Stop Wasting Time & Money: Why the Formlabs Form 4 is the High-Value 3D Printing Choice. In the fast-paced world of 3D printing, time and budget are everything. That's why seasoned professionals choose Formlabs Form4. Here's why the Form 4 is a value proposition you can't ignore: Blazing Speed: Get high-quality prints in under 2 hours for most projects. That's more prints per day and a faster ROI. Unmatched Reliability: Reduce wasted materials and reprints with the Form4's industry-leading print success rate. Focus on innovation, not troubleshooting. Exceptional Part Quality: The Form 4 delivers stunning results that rival injection molding. Impress your clients and elevate your brand. Versatility You Can Count On: With the widest range of materials available, the Form4 tackles any project, from engineering prototypes to medical models. The Form 4 isn't just a printer, it's an investment. Increase your productivity, reduce costs, and achieve superior results. Ready to take your 3D printing to the next level? #FormlabsForm4 #HighValue3DPrinting #InnovationMadeSimple P.S. What are the biggest challenges you face with your current 3D printer? Let us know in the comments below!

The performance of Metal 3D Printing technology in detail representation and manufacturing accuracy is especially suited for the direct manufacturing of shoe molds. 👟 Metal 3D Printing technology, represented by SLM 3D Printing technology, can achieve a manufacturing limit of 0.03mm. 👍 At the same time, this process offers great design and manufacturing freedom. Traditional shoe mold processing and manufacturing are very complex and are heavily manual. The sole pattern requires extensive chemical treatment for surface preparation, posing significant health risks to operators and environmental damage. 🚀 3D Printing can simultaneously create the bottom texture without the need for casting and subsequent surface texturing, greatly improving efficiency, saving personnel costs, and significantly shortening the product delivery cycle. With Unionfab Metal 3D Printing technology, we can help you streamline your production, increase efficiency, and reduce environmental impact. Let's transform the future of shoe manufacturing together! 💡 https://lnkd.in/d_4QQeeQ #Unionfab #Metal3DPrinting #SLMTechnology #ShoeMolds #Innovation  #3DPrinting #RapidPrototyping #AdditiveManufacturing #3DPrintingTechnology #Customization #Manufacturing #Metal #3dprint #3dprinted #Additive #3dprintingservice #Engineering #Prototype

Designing intricate parts and making them suitable for 3D printing can be challenging. 🤯 What if you could easy and quickly prevent design flaws, now? In only 4 steps, make sure that your part design is suits for AM technology using our software solution Cognitive Additive (Cognitive Design Systems) 👇 ✅ First, import your 3D model in the software and set your printing technology and materials. ✅ Then, launch the analysis to quickly visualize design flaws and check AM feasibility (feature distortion, wall deformation, surface roughness and more...) ✅ Third, make informed decisions on printing according to DfAM checks 🔁 Finally, adjust settings for your next 3D model and iterate the operation! Try out our 90-day free trial of Cognitive Additive now to avoid any design flaws for your next part batches: https://lnkd.in/eVwZg73X #additivemanufacturing #3dprinting #innovation #dfam

Why use 3D printing to produce your parts? Traditional manufacturing comes with many hiccups: long lead times, expensive tooling, and design limitations based on the final manufacturing method. These challenges can slow down your product development and increase costs significantly. With 3D printing, you can: Reduce Lead Times: Quickly produce prototypes and small batches, speeding up your time to market. Lower Costs: Avoid the high expenses associated with setting up tooling. Enhance Design Flexibility: Create complex and intricate designs that are impossible with traditional methods. Iterate Rapidly: Make design changes on the fly without incurring additional costs. Stay ahead in the evolving manufacturing landscape by leveraging the power of 3D printing. Contact us at GreenScale 3D to learn how we can help you bring your innovative ideas to life efficiently and cost-effectively. #3DPrinting #Manufacturing #Innovation #Prototyping #AdditiveManufacturing #GreenScale3D

✓ As new technologies like additive manufacturing - 3D printing emerge, how can established processes like fineblanking adapt and innovate to remain competitive? ✓ In my experience, the two processes serve different purposes. ✓ 3D printing excels at creating prototypes, specialized tools, and intricate custom parts. At the moment, 3D printing is not economically competitive at all. ✓ However, for high-volume production of parts, fineblanking remains unbeatable due to its cost-effectiveness. ✓ We use 3D printing during the prototyping stage to rapidly visualize components. ✓ However, for the dynamically stressed components found in drivetrains, fineblanking is the clear choice for its superior strength and reliability. ✓ What are your thoughts? How can we best leverage new and established technologies in manufacturing? #manufacturing #innovation #prototyping #fineblanking #3dprinting

Retrofit kit for Heating Function: Improving Flowability of 3D Printing Materials Convert existing 3D print heads to a heating function – quickly and easily. This new feature brings several benefits to the table: 🔹 Extended material portfolio: New materials become processable 🔹 Enhanced process stability: Constant temperature throughout the printing process 🔹 Improved print quality: Reduce the chances of clogging and material inconsistencies. 🔹 Increased efficiency: Streamline your printing process with smoother and faster material deposition. Whether you're in industrial manufacturing, research, or creative industries, this advancement could be a game-changer, offering new possibilities for complex designs and high precision prints. Dive into the full article here: https://lnkd.in/dDxjd5Cb #ViscoTec #3DPrinting #AdditiveManufacturing #Printhead #MaterialFlow #Engineering #TechInnovation #ManufacturingTech