LCE Archives - 4Additive

Thematic Archives

Browse all topics

Entita: LCE

All Addman Air Force Research Laboratory America Makes AML3D Anisoprint Army Medical University Artec Artec Point II Aspect Biosystems ASTM Additive Manufacturing Center of Excellence Bambu Lab Bambu Lab A1 Mini BICO Boeing Brick Builder CADmore Metal White House CDC Charles R. Goulding Cold Metal Fusion Continuous Composites Cu29 Department of Defense Dewu Technology Digital Fringe Projection Department of Defense DMG Mori Eindhoven University of Technology liquid crystal elastomers FDA Fibre Seek FibreSeeker 3 Forj Medical STL format time-of-flight camera GKN Aerospace H2D Haddy Hybrid Manufacturing Technologies Hybrid Manufacturing Technologies Limited Ian Ramsdell KIND Designs Kupros LCE refractory alloys special alloys LEGO Group Living Seawalls Machine Learning Manufacturing Unlimited Markforged X7 shape memory materials nano-hydroxyapatite multi-walled carbon nanotubes nanowarming NASA National Center for Defense Manufacturing and Machining Naval Sea Systems Command NAVSEA Nikon AM Synergy NIOSH Norsk Titanium Northrop Northwestern Polytechnical University carbon fiber filled nylon Oak Ridge National Laboratory Organovo ORNL PAC-Bayes PEEK Phillips Federal PMMA Printing API Protolabs Prusa XL Purdue University Radel PPSU Raspberry recoater scaffold cyborg cockroaches Shenzhen Tuozhu Technology Sichuan University Silicone CFD fluid dynamics simulation Slant 3D Stratasys Direct STUDIO Suzhou rare earths TF-179 titanium ToF tungsten University of Minnesota US Navy Waseda University Wyss Institute X1C

3D printing movement program for LCE actuators

Innovations

3D printing movement program for LCE actuators

4D liquid crystal actuators: 3D printing that programs movement

Korean and US researchers have developed a 3D printing method that controls the molecular orientation of liquid crystal elastomers during deposition. The result: soft structures that expand

/