Sophia You’s Post

Did you know there are 7 main types and over 20 subtypes of 3D-printing technologies available today? Multi Jet Fusion (MJF) is one of the seven main types developed by HP which uses a combination of powder fusion and inkjet printing to create precise, detailed, functional objects. MJF printed parts are ideal for small to medium production runs and great parts for functional, end-use applications due to: ➡️ High-end resolution ➡️ Rapid speed printing & processing ➡️ High repeatability ➡️ Consistent isotropic mechanical properties #3dprinting #3dp #3dprint #additivemanufacturing #additivemfg #endeavor3d #hpmultijetfusion #mjf #polymers

What You Should Know About In-House Inkjet vs Laser Printing | Read our blog to learn the differences between laser and inkjet printers, and what are special considerations when using either printer: https://bit.ly/3y7jA77

🚀We are excited to showcase a recent project using our MD-600D 3D printer: a medical equipment heat treatment shell printed using ABS-HF!🚀 Printing size: 452*452*58mm Printing filament: ABS-HF 🌟 Experience printing speeds up to 300mm/s—5X faster than traditional FDM technology!  📏 With a maximum printing size of 600x600x600mm, create large-scale models effortlessly in a single print. 🔧 Equipped with cutting-edge Klipper firmware, fast auto-leveling, and WIFI & Camera capabilities, enjoy effortless control over your prints anytime. Let‘s check out the large-sized medical model printed with an excellent finish. 🎥⬇️ 👉 Discover more about the MD-600D and its remarkable features at https://lnkd.in/g_By32-T #3DPrinting #Mingda #MD600D #3dprinter #MedicalModel #Innovation #Technology #FDM #AdditiveManufacturing #Healthcare #Engineering #Prototyping #HighPerformanceMaterials #DualExtruder #AdvancedManufacturing #TechShowcase #faster #3dprint

With SolidCONNECT, segmentation can be completed online with just one click. CBCT images are segmented, planned, and the surgical guide is prepared for local printing—all in one seamless process.

Upgrading my 3D printer with a built-in camera for AI-detection of printing issues. Excited to see how this improves my success rate! #3Dprintinglife #innovation #AI3Dprinting #3DprintingAI #intelligentprinting #futureofmanufacturing #machinelearning3Dprinting

Did you know ? 🔍 In less than a year, ORTEN has designed several major innovations for you ! ✨ ✅ In May 2023, we have updated Orten3DCam in order to be able to scan your patient directly with your smartphone, thanks to the full-color True depth scanner. ✅ In September 2023, we have launched Flyshape BK : Once you've made your clinical rectification in Flyshape BK, you can directly select the manufacturing method (milling, powder 3D printing, FDM printing) and if you want us to produce it or if you want to export the stl file. ✅ In March 2024, we have launched Flyshape AK : With Flyshape AK, you have access to a reconstruction of the pelvis in the Femoral Model which enables you to design your socket as precisely as possible. It's thanks to you that we've been able to make all these improvements ! 🙏 👉 If you would like to receive more information about these innovations, please contact us : orten@proteor.com #orten #proteor #digitaltools #software #innovations #new #flyshape #truedepth

Collaboration with AbilityMade: Post-Processing 3D Printed Orthotic Devices   The quality of ankle-foot orthotics (AFOs) is vital for enhancing mobility for individuals with lower limb disabilities. We're thrilled to share findings from our recent study with AbilityMade on the impact resistance of AFOs.   Using HP 3D Printing MJF printing technology, we compared as-printed AFOs with those that have undergone our PostPro vapor smoothing process.    The results? Vapor smoothing significantly enhances the durability and integrity of these devices, offering better protection against sudden impacts like trips or falls.   Download the full case study to find out more: https://lnkd.in/gqT4z3Nm   #Orthotics #3DPrinting #Medical #MobilityAids

Did you know ? 🔍 In less than a year, ORTEN has designed several major innovations for you ✨ ✅ In May 2023, we have updated Orten3DCam in order to be able to scan your patient directly with your smartphone, thanks to the full-color True depth scanner. ✅ In September 2023, we have launched Flyshape BK : Once you've made your clinical rectification in Flyshape BK, you can directly select the manufacturing method (milling, powder 3D printing, FDM printing) and if you want us to produce it or if you want to export the stl file. ✅ In March 2024, we have launched Flyshape AK : With Flyshape AK, you have access to a reconstruction of the pelvis in the Femoral Model which enables you to design your socket as precisely as possible. It's thanks to you that we've been able to make all these improvements ! 🙏 👉 If you would like to receive more information about these innovations, please contact us : orten@proteor.com #orten #proteor #digitaltools #software #innovations #new #flyshape #truedepth

More tips on Gingiva Design and Analog Protection in #exocad from our recent webinar! Accurately printing the complete cavity design for the lab analog using the Elos library placeholder file is crucial for ensuring proper analog function. Various gingival mask design options are available in the CAD, but these should not negatively affect the fit for the analog. Additionally, the gingiva design and its position on the printing platform also influence the precision when printing, especially with flat gingiva masks. Watch the recent webinar: https://lnkd.in/drCPq8Bi #ElosAccurate #digitaldentistry #analogforprintedmodels #webinar

Researchers at City University of Hong Kong present a comprehensive study encompassing the latest developments in 3D printing technologies for terahertz antenna fabrication and design, highlighting future materials and printing technology that can be used to create sophisticated terahertz antennas and systems. https://bit.ly/3CTiX3r Gengbo Wu, Jin Chen, CHENFENG YANG, Ka Fai Chan, Mu Ku Chen, Din Ping Tsai, and Chi Hou Chan, "3-D-Printed Terahertz Metalenses for Next-Generation Communication and Imaging Applications," in Proceedings of the IEEE, vol. 112, no. 8, pp. 1033-1050, Aug. 2024 #TerahertzCommunications #3DPrinting