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A Great New Way to Paint 3D-Printed Objects

April 28, 2020 sarah Jonas 3D printers, 3d printing, Biomedical, Chemistry, Electronics, Engineering, Environment, Health, Hydrogel, Manufacturers, Manufacturing, Medical, Nanoparticles, New Jersey, NJ, Paint, Painting, Printing, Quantum Dots, Robotics, Robots, Rutgers, Rutgers School of Engineering, Rutgers University-New Brunswck, soft robots, Solar Cells, Stents, Technology, Vaccines

Rutgers engineers have created a highly effective way to paint complex 3D-printed objects, such as lightweight frames for aircraft and biomedical stents, that could save manufacturers time and money and provide new opportunities to create “smart skins” for printed parts. The findings are published in the journal ACS Applied Materials & Interfaces.

Research Results

High-Tech Printing May Help Eliminate Painful Shots

February 4, 2020 sarah Jonas 3d printing, Antibodies, Diabetes, DNA, Drugs, Engineering, Enzymes, Health, Hospitals, Infection, Italy, Mechanical Engineering, Medicine, pain, Printing, Rutgers, Rutgers University-New Brunswick, skin, smart materials, Tech, Technology, University of Minnesota

Painful hypodermic needles may not be needed in the future to give shots, inject drugs and get blood samples. With 4D printing, Rutgers engineers have created tiny needles that mimic parasites that attach to skin and could replace hypodermic needles, according to a study in the journal Advanced Functional Materials.

A new way to unprint paper using intense pulsed light from a xenon lamp.

Research Results

New Unprinting Method Can Help Recycle Paper and Curb Environmental Costs

June 27, 2019March 13, 2020 sarah Jonas 0 Comments black toner, blue toner, Climate Change, coated paper, Contamination, Energy, Environment, green toner, Greenhouse Gas Emissions, Home, Light, Office, Paper, Pollution, printers, Printing, recycled paper, Recycling, red toner, Reusability, Reusable, Reuse, Tech, Technology, toner, unprinting, xenon lamp

Rutgers-led study shows the benefits of removing toner with pulses of intense xenon light Imagine if your printer had an