Ricoh 3D’s Post

🌟 Exciting Collaboration Alert! 🌟 AMFG partners with 3DX AM to revolutionize additive manufacturing processes! 🚀🏭 We're thrilled to share that AMFG is joining forces with 3DX AM to supercharge the efficiency and scalability of additive manufacturing. This partnership is set to bring groundbreaking enhancements to 3D printing workflows and drive innovation across industries. 🖨️💡 🔗 Discover how this collaboration will transform additive manufacturing: Read the full story here: https://lnkd.in/dZjb884F #amfg #3dxam #additivemanufacturing #3dprinting #industrialinnovation #manufacturingexcellence #collaboration #technology #engineering #digitalmanufacturing #innovation #technews #futuretech #3dprinttechnology #partnership #businessgrowth #manufacturingtechnology #industrialautomation #efficiency #scalability #printingindustry #prototyping #cuttingedgetech #production #highquality #precisionengineering #techpartners #industryleaders #techdevelopment #automation 🤝 Stay tuned as we push the boundaries of what's possible in additive manufacturing together!

Our latest feat involves printing a massive 1130mm part in a single shot using the cutting-edge Pratham X-1000x1000x1000 mm FDM 3D Printer! Highlights: Precision and Scale: Achieved an unprecedented 1130mm single-shot print, showcasing the superior capabilities of the Pratham X 3D Printer. Efficiency: Reduced production time and minimized material wastage, demonstrating the efficiency and sustainability of our advanced manufacturing processes. Versatility: This achievement underscores the versatility of the Pratham X, capable of handling complex geometries and large-scale projects seamlessly. Why This Matters: This milestone is a testament to our commitment to pushing the boundaries of what's possible in additive manufacturing. By leveraging the power of the Pratham X 3D Printer, we're not only enhancing our production capabilities but also paving the way for innovative solutions across various industries. Together, we're setting new standards in 3D printing technology! Stay tuned for more exciting updates as we continue to revolutionize the future of manufacturing. #3DPrinting #AdditiveManufacturing #Innovation #PrathamX #Make3D #AdditiveManufacturing #Technology #Engineering #FutureOfManufacturing

In our search for technology that improves the efficiency of automation solutions, two items that have changed the game are the Peel3DTM 3D scanner and in-house 3D FDM, CFR, and SLA printers. The benefits of this technology have the potential to significantly elevate productivity with rapid prototyping and provide detailed documentation of as-built parts or assemblies. The benefits of 3D scanning and printing have enabled Edgewater Automation to reduce dependency on traditional manufacturing methods, enhance innovation through quick design iteration, and accelerate time to market. As this technology continues to evolve, we can expect more innovative applications and improved capabilities, pushing the boundaries of what’s possible in this industry. Thanks to mechanical design engineer Christian Ybarra for doing such a great job showing us how this technology fits so well into our custom automation solutions. #3DPrinting #AutomationSolutions #3DScanning #RapidPrototyping #TechInnovation #ManufacturingTech #ProductivityBoost #EngineeringDesign #AdditiveManufacturing #Industry40

Like Dan I was flabbergasted (always wanted to use that word in a post!) by the breadth of technologies offered by Paragon, and by the depth of knowledge and expertise of the staff. Most of all I was inspired that there was company in the UK with the kit & skills to back up their claims of being process-agnostic and offering under-one-roof supply. What does that mean to you - our customers and prospects? It means that we will look at your problems through the lens of the optimal solution for your needs. We won't 'shoehorn' a less than satisfactory technology/process/material into your solution. Which is why we DON'T ask...'What can we make for you today'? We ask... 'What do YOU want to make today'? There is a difference...

🌟 This #TechnologyTuesday, discover the Lumia X1 3D printer offered by Dinsmore featuring Hybrid PhotoSynthesis (HPS) Technology by Axtra3D, Inc. 🔹 Hybrid PhotoSynthesis (HPS): Merges DLP and Laser for fast, quality prints. 🔹 Speed + Quality: Unmatched print speed with high resolution for detailed and smooth surfaces. 🔹 First of Its Kind: The pioneering 3D printer with HPS technology. 🔹 Large Build Volume: Offers a bigger build area, removing the compromise between size and resolution. 🔹 TruLayer Technology: Facilitates rapid print layer detachment, supports large cross-sections, and allows for highly viscous resins. 🔹 Continuous Production: Equipped for 24/7 operation with industrial-grade components. 🔹 Revolutionary Integration: Combines HPS, TruLayer Technology, and Intelli-Cartridge for advanced 3D printing. The Lumia X1 is not just a 3D printer; it's a leap into the future of manufacturing, offering unmatched efficiency and innovation. Dive into the new era of 3D printing with Dinsmore's Lumia X1. #LumiaX1 #HybridPhotoSynthesis #Axtra3D

🌟 This #TechnologyTuesday, discover the Lumia X1 3D printer offered by Dinsmore featuring Hybrid PhotoSynthesis (HPS) Technology by Axtra3D, Inc. 🔹 Hybrid PhotoSynthesis (HPS): Merges DLP and Laser for fast, quality prints. 🔹 Speed + Quality: Unmatched print speed with high resolution for detailed and smooth surfaces. 🔹 First of Its Kind: The pioneering 3D printer with HPS technology. 🔹 Large Build Volume: Offers a bigger build area, removing the compromise between size and resolution. 🔹 TruLayer Technology: Facilitates rapid print layer detachment, supports large cross-sections, and allows for highly viscous resins. 🔹 Continuous Production: Equipped for 24/7 operation with industrial-grade components. 🔹 Revolutionary Integration: Combines HPS, TruLayer Technology, and Intelli-Cartridge for advanced 3D printing. The Lumia X1 is not just a 3D printer; it's a leap into the future of manufacturing, offering unmatched efficiency and innovation. Dive into the new era of 3D printing with Dinsmore's Lumia X1. #LumiaX1 #HybridPhotoSynthesis #Axtra3D

Fused Deposition Modeling (FDM), a cornerstone of 3D printing, has revolutionized the way we bring ideas to life.   How it Works: FDM operates on a simple yet ingenious principle. A heated nozzle meticulously deposits layer upon layer of melted thermoplastic filament, crafting intricate designs with precision. From prototypes to functional parts, FDM transforms digital concepts into tangible reality.   Versatility at its Core: One of FDM's key strengths lies in its versatility. With a diverse range of filaments creators can tailor their prints to meet specific prototyping needs.   Accessible Innovation: FDM’s accessibility and affordability empower engineers and entrepreneurs alike to turn visions into physical objects. The technology has become a catalyst for innovation.   Limitless Possibilities: Complex geometries, functional prototypes, and even customizable consumer products are now within reach, thanks to the power of Fused Deposition Modeling.   Join the 3D Printing Revolution: As FDM continues to evolve, it reshapes our approach to creation.   Learn more> https://lnkd.in/gPbBz3Au    -A&B Die Casting, a division of Benda Tool & Model Works, Inc. | www.abdiecasting.com | (877) 708-0009 | #ABDieCasting #BendaTool #BendaToolAndModelWorks #DieCasting #AluminumDieCasting #ZincDieCasting #FDM #3DPrinting #InnovationUnleashed

In a fast-evolving market, having a 3D printing process that can seamlessly transition from prototyping to final production is invaluable. At 3D People, we know that SLS (Selective Laser Sintering) and MJF (Multi Jet Fusion) aren’t just technologies — they're catalysts for innovation. Here’s why…. As powder bed fusion (PBF) processes, both SLS and MJF enable rapid iterations with functional prototypes that are durable enough to be field-tested, ensuring design flaws are caught early — saving time and costs. Unlike some alternative processes, these technologies bridge the gap between prototyping and production. Parts produced with SLS and MJF deliver end-use quality at scale, offering precision, strength, and detail across various industries. Ready to rethink how you approach product development and manufacturing? Talk to us today to discover how we can support your innovative applications and deliver high quality products and parts in the most efficient way. #3DPrinting #AdditiveManufacturing #Prototyping #Production #SLS #MJF #ProductDevelopment #Innovation #DigitalManufacturing

🏗️ 👉 Nexa3D | Manufacturing Heavy Equipment Replacement Parts with Ultrafast 3D Printers https://bit.ly/405MiS7 👈 ✔️ When it comes to SLA 3D printing and engineering services, Bruce LeMaster has more experience than most. In 1996, he founded Applied Rapid Technologies using an early 3D Systems stereolithography machine to produce customer parts. Fast forward to today, and ART is now a division of Obsidian Solutions Group – a major government contractor with military contracts approaching $1BN USD. ✔️ In addition to the US Military and Tier 1 defense contractors, ART provides engineering and manufacturing services for a wide array of commercial businesses from medical device companies, to sporting goods manufacturers, and even entrepreneurs who are inventing new products. 👉 ✔️ At the crux of the investment in the NXE 400 3D printers is throughput. “Typically with cast urethanes on some of our faster parts we’re cycling parts 3-5 times a day so if I need 25 pieces I’m looking at 5 days of casting and cleanup. With the Nexa3D printers I can often print all 25 pieces in an hour or two and then clean up… it’s just so much faster than the cast urethane process. It really is a no-brainer when it comes to speed.” #experienceSynergy #Nexa3D #XipPro #Xip #numberOne #fastest #accurate #precision #desktop #dental #orthodontic #industrial #engineering #manufacturing

🚀 Exciting news: Our EOS 3D metal printer is back in action! With enhanced capabilities, we are exploring new horizons by creating high-quality tools featuring advanced elements like conformal cooling and Rapid Tooling. Metal 3D printing, previously limited to prototyping, has seamlessly integrated into our production processes, demonstrating its versatility. Highlights at a glance: ✅ Our commitment to excellence extends to the materials we use. With the EOS 3D metal printer, we can now utilize stainless steel material 17-4PH, ensuring the highest standards for our tools, specifically tailored to fulfill the demanding needs of the healthcare sector. ✅ The ability to rapidly prototype with precision is a game-changer for healthcare innovation. We can now swiftly move from concept to tangible samples, expediting our development process and ensuring we deliver high quality products that address the unique needs of medical professionals and patients. ✅ Flexibility plays a crucial role in healthcare manufacturing. Thanks to the EOS 3D metal printer, we can efficiently cater to varying production needs, from very small batches to larger series, without compromising on quality or efficiency. ✅ In the medical field, precision and reliability are non-negotiable. With the EOS 3D metal printer, we're able to meet and exceed these demands, offering stainless steel processing that meets the stringent requirements of medical applications, ensuring safety, durability, and performance. Learn more about our in-house toolshop: https://lnkd.in/egfyjFxU. #EOS3Dmetalprinter #Innovation #Tooling #Metal3Dprinting #Manufacturing #HealthcareInnovation