Tech Tuesday: UF Research Targets Defects in Concrete 3D Printing (WCJB TV20)
In this week’s Tech Tuesday, UF Innovate highlights University of Florida research exploring how to monitor, detect, and ultimately mitigate internal and external defects in the concrete 3D printing process.
TECDIA Launches Ultra-Fine kaikaFIN Nozzle for Mako Hotend in Partnership With Slice Engineering
Japanese precision machining company TECDIA Co., Ltd. has unveiled the kaikaFIN, a next-generation 3D printing nozzle designed for the Mako Hotend by UF Innovate | Accelerate client Slice Engineering.
Welcome to Gainesville, BOD3+
One of the country’s largest and most advanced 3D construction printers – as in a printer that makes homes – has crossed the Atlantic Ocean and arrived at the University of Florida.
Jaw-Dropping Recovery: UF Veterinarians Save Injured Dairy Calf Using Creative 3D Solution
Thanks to a creative solution devised by University of Florida veterinarians using 3D printing technology, a newborn calf that sustained a broken lower jaw soon after birth at the UF dairy farm in Hague has fully recovered and is now an 11-month-old growing heifer in the herd.
The Gainesville Company That’s Changing 3D Printing | Dan Barousse & Chris Montgomery of Slice Engineering
Working with Gainesville’s startup resources and UF Innovate | The Hub, Dan Barousse and Christ Montgomery started Slice Engineering in 2017.
Local Company Brings ‘Next Level’ 3D Printing Global
UF Innovate | The Hub resident client Slice Engineering is a Gainesville-based tech startup that brings 3D printing to the next level. Cofounders Daniel Barousse and Chris Montgomery worked at a medical device company in the city when they ran into issues at work that they wanted to solve with 3D printing. When they couldn’t […]
3D-Printed Model Mimics Spinal Cord Injury to Aid Research
Includes biochemical compositions and mechanical properties of natural spinal cords with structural integrity A unique collaboration between two University of Florida engineering departments has produced a valuable and holistic 3D model of spinal cord injuries. UF researchers Dr. Christine Schmidt and Dr. Thomas Angelini combined their engineering expertise to create a 3D-printed model that mimics […]