@lynxter_3d Silicone 3D printing is transforming biomedical engineering and robotics research.
At CRIStAL in Lille, it’s used for realistic surgical training models and advanced soft robotics with lifelike behaviour.
👉Discover more: https://t.co/GPemV9Wz65
From 4–270 GHz: micro-precision AM enables high-performance mm-wave filters with Q-factors >800.
Using @bmf3d and metallisation from Horizon Microtechnologies, complex RF structures achieve high accuracy and low loss.
👉Book a consultation: https://t.co/IghOluggw9
Precision you can feel - straight from the @Raise3D RMS220.
Clean PA12 threads, smooth assembly, and no post-processing. Strong, stable parts ready to use straight off the printer.
👉Discover the RMS220: https://t.co/4wZSXLVoj6
Titanium was once considered too costly for production.
Using the @Meltio3D M600 system, ExxonMobil cut lead times from 4–6 weeks to 58.8 hours and reduced costs by 42%.
👉Read more: https://t.co/Bf9PXNGhfp
At Manchester Met's PrintCity hub, learners are using @BambulabGlobal printers to create architectural models, product prototypes, engineering components and more while developing additive manufacturing skills.
👉Read more: https://t.co/rJK9GAZZSX
Bring #3DPrinting to your #Classroom! 🎨🖐️ @MakerBot’s free, classroom-tested guide helps students design, prototype & print their own articulated toys- no experience needed.
👉Download it here: https://t.co/owhlLnL5HC
The @BambulabGlobal P2S makes 3D printing easier and more reliable:
✅ Adaptive Airflow
✅ AI Monitoring
✅ PMSM Extruder (70% more force)
✅ Auto-Calibration
✅ 5" Touch UI
✅ 1080p Live View
👉Learn more about the Bambu Lab P2S: https://t.co/oTJUvebGpD
Artus3D uses the @Raise3D RMS220 to improve orthotic production workflows 💡
Batch printing reduces waste, streamlines processes, and enables single-operator control.
Faster turnaround and more flexibility.
👉Read more: https://t.co/voyd4mHNHR
Hybrid manufacturing = additive + subtractive in 1 workflow.
With @Meltio3D CNC + Wire Laser DED systems, students don’t just “print” - they:
✔ Add material where it adds value
✔ Machine for precision
✔ Repair high-value components
👉 Discover Meltio:
https://t.co/VyHLRxlmpO
⚡ Next-gen electric motors are being built faster & smarter!
Additive Drives, based in Dresden (Germany), uses #3DScanning with @HMetrology#ATOSQ to speed up development and ensure absolute precision.
Read the full report 👉 https://t.co/W5XgXiFtS7
Who knew a potato chips bag could be this photogenic? 😎
With @Shining3D EinScan Pro HD, tiny wrinkles, creases & colours pop in 3D 🍟 Perfect for packaging checks or creative archiving.
👉Explore the scan data: https://t.co/2KdWDpSsSA
3D printing in education is moving beyond prototypes.
From repairs to working with high-performance materials, the @miniFactory_fi Ultra 2 is helping students experience true industrial workflows.
See how it fits into modern engineering education 👇
https://t.co/aBMdXbuBVV
See how #Silicone3DPrinting drives research! 🌐 From #SoftRobotics to healthcare, @Lynxter_3D printers enable precise, multi-component designs.
👉Explore projects & papers: https://t.co/huJAVE9xVP
Scanning small parts? Precision matters. @HMetrology ZEISS #3Dscanners like T-SCAN hawk 2, GOM Scan 1 & ATOS Q capture even the finest details for inspection, reverse engineering & #3Dprinting.
Explore the best options 👉 https://t.co/cE5PfNPAPX
From 2 weeks to 1 day.
With the @Raise3D DF2+, Baolu #Automotive brought prototyping in-house, cutting sampling costs by 33% and speeding up design validation by 85%.
👉See how #3Dprinting is accelerating automotive development: https://t.co/RDaIsLON0z
Meet the @Shining3D EinScan Rigil Lite 👀
Fully wireless with no PC required - scan, process, and export entirely on-device, even on reflective and dark surfaces.
👉Find Out More: https://t.co/xIYEQO6baa
@Lynxter_3d prints #silicone directly onto fabric - adding grip, cushioning & functional features in 1 step.
A powerful tool for #fashiontech, wearables & university design labs exploring #smartmaterials.
👉 Learn more: https://t.co/zIX4e9RAd1