The increasing speed and power of high-end processors and data centers has created a market for advanced thermal management solutions. A Silicon Valley startup called Holo is dedicating its first line of products toward this market, starting with 3D-printed copper heat exchangers.
Knust Godwin introduced metal AM into its precision-machining environment nearly eight years ago. Now the company is using the capability to break through into new applications and give 3D printed mission-critical parts a renewed business case.
#machining #metal #postprocessing
The widespread outsourcing of large machine castings led a collaborative team at Oak Ridge National Laboratory to tackle the machine tool supply chain. The first step? 3D print the largest cast component.
#polymer #largeformat #hybrid
Through a novel surgery involving a 3D-printed talus bone, surgeons at the University of Miami found success — and unexpected challenges — with a patient suffering from sickle cell disease.
When Wilson Tool International launched its additive manufacturing division in 2018, it had already proven 3D printing’s value through dozens of printed parts for its own line of equipment. Demonstrating that value to customers required a new, highly focused approach.
The AI software platform Blacksmith from Markforged shares feedback from its cloud-connected fleet of printers to identify and correct distortions in a 3D-printed part.
#machinelearning #measurement #video
Three separate software tools from Siemens attempt to control some of the most challenging variables within metal AM: build orientation, distortion and deposition paths. Part of software video series.
Carbon fiber composite materials weigh significantly less than steel while offering comparable strength and performance. But recovering and recycling continuous fiber for additive manufacturing applications — without any effect on the mechanical properties — has proven extremely difficult. Here is how Oak Ridge National Laboratory is working to solve the challenge.