Home | REYA PATEL

We are interested in producing nano/micro fiber-based fabrics.

Welcome to Xu lab

Melt Electrowriting

Melt electrowriting (MEW) is an advanced 3D printing technology to produce high-resolution scaffolds. We own eight different MEW printers to print high-performance fabrics with complex structures.

Braiding

We have a home-made braider to braid bioresorbable flow-diverting stents. Medical-grade poly(L-lactic acid) fibers are produced by melt spinning for the braiding.

Electro-centrifugal spinning

Electro-centrifugal spinning combines the strengths of electrospinning and centrifugal spinning, being capable of producing high-quality and large numbers of nano/micro-scale fibers.

Electrospinning

We develop an electrospinning-based coating system to coat a very thin layer on a monofilament to tune the mechanical properties and degradation periods of the filaments.

How to join us

You have four times to join us every year!

The dept. of Biobased Materials Science (BBM) is a graduate school that is enrolling master and PhD students for three times per year. In addition, you can also choose the self-recommendation entrance examination.

For general entrance examination, please click the links below:

http://www.biobased.kit.ac.jp/index.html

http://ac.web.kit.ac.jp/02/gs_news.html

For self-recommendation entrance examination, please click the link below:

http://www.biobased.kit.ac.jp/topics/054.html

GET IN TOUCH

Huaizhong, XU (Assistant professor)

+81-075-724-7980

xhz2008@kit.ac.jp

Room S206, Building No.14, Kyoto Institute of Technology,

Matsugasaki Hashikamicho 1, Sakyoku, Kyoto City, Kyoto Fu, Japan, 606-8585

Xu Lab

We are interested in producing nano/micro fiber-based fabrics.

Welcome to Xu lab

How to join us

GET IN TOUCH