3D Systems / bioapplications PCL / Creative Commons / /
Country
United States / / /
Facility
PLGA scaffold / Freiburg Materials Research Center / University of Texas / Massachusetts Institute of Technology / University of California / /
IndustryTerm
e-caprolactone / deposition technology offer control / pharmaceutical and biological agents / conventional manufacturing methods / dimensional printing / printing resolution / gas foaming / magnetic resonance imaging / biological tissue manufacturing / proper processing conditions / digitized medical imaging data / manufacturing technologies / technology advances / manual processing / post processing / room temperature processing / high processing temperature / polymer solutions / long processing times / oil / mainstream media / printing parameters / 3DP technology / patient specific imaging / energy / time medical device / metal / patient-specific medical imaging data / printing / aseptic manufacturing / chemical properties / medical imaging data / industrial applications / drug delivery systems / conventional material processing techniques / polymeric solutions / manufacturing method / implantable biomedical devices / implantable devices / hybrid tissue systems / post-processing / tissue engineering applications / room temperature processing conditions / additive technologies / manufacturing / biomedical devices / similar printing process parameters / liquid binder-based inkjet technology / inkjet printing liquid binder solution / material processing methods / indirect 3DP protocol / /
Organization
University of California / National Institute of Health / Department of Materials Science and Engineering / Massachusetts Institute of Technology / Department of Bioengineering / FDA / University of California / Los Angeles / Henry Samueli School of Engineering / University of Texas / /
Position
author / extrusion head / forward / /
Product
BMP-2 / /
ProvinceOrState
Texas / California / Massachusetts / /
Technology
BMP / manufacturing technologies / tomography / polymerization / 3DP technology / SFF technologies / heat transfer / stem cells / computer-aided-design / additive technologies / indirect 3DP protocol / Printing technologies / Laser / drug delivery / biomaterials / tissue engineering / magnetic resonance imaging / Fused deposition modeling Technology / CAD/CAM / Three dimensional printing Technology / FDM / liquid binder-based inkjet technology / regenerative medicine / CAD / medical imaging / created using this 3DP technology / /
Recent advances in 3D printing of biomaterials