This timelapse video demonstrates the manufacturing of a 27kg titanium valve using cold spray additive manufacturing in just 4.5 hours. This method can produce large metal parts from a variety of materials such as titanium, inconel, hastelloy, stainless steel, and copper.
AFRL Applies Lightweight Additive Techniques to Rocketry
The Air Force Research Laboratory's (AFRL) Rocket Propulsion Division has used directed energy deposition (DED) to make a unique single-block rocket-engine thrust chamber.... read more »
3D Printed GLYPH Phone Stand Integrates Qi Wireless Charging
Industrial design student Daniel Theurich has recently unveiled his GLYPH Phone Stand with a concealed Qi-standard wireless charging module. Crafted with meticulous attention... read more »
3D Printed Solutions Help to Keep Cooling Lake Efficient
Cornell University's Lake Source Cooling (LSC) system has undergone essential maintenance recently to combat the encroachment of invasive mussels and debris. A new... read more »
Dual-Wavelength 3D Printing Could Lead to Wider SLA Adoption
Stereolithography (SLA) has long been a cornerstone technology in 3D printing, but its limitations have hindered its potential for mass adoption. Traditionally, SLA... read more »
Turning Sign Language into Speech with 3D Printed Glasses
A maker by the name of Nekhil has used Raspberry Pi technology to make a pair of glasses capable of translating sign language... read more »
3D Printed Eiffel Tower Made from Recycled Waste Heading for Olympics
A Czech company has successfully 3D printed a towering model of the Eiffel Tower for a local Olympics event, utilizing recycled ocean waste... read more »
Hands-On Review: Revopoint MIRACO 3D Scanner
Recently, Revopoint received a Red Dot Award in the Best of the Best category for their MIRACO 3D scanner. We have been testing... read more »
Accufacture Introduces Alchemist 1 Wire Printing Robotic Cell
Accufacture, Meltio, and FANUC America has unveiled the Alchemist 1, an all-in-one additive manufacturing robotic workcell. Leveraging Meltio’s Wire-Laser Metal Deposition (W-LMD) technology,... read more »