![Graphic depiction of hydrothermal-assisted transient binder jetting technology](/sites/am.lab.uiowa.edu/files/styles/widescreen__1024_x_576/public/2022-02/htbj%20cropped.jpg?h=2be9a0ff&itok=HnYaBgcI)
Hydrothermal-assisted Transient Binder Jetting Technology
Our new HTBJ technology can fabricate high-density ceramic and composite materials with locally tailorable microstructures and compositions under mild conditions, enabling highly programmable properties that have never existed.
![Graphic depiction of support-free ceramic stereolithography](/sites/am.lab.uiowa.edu/files/styles/widescreen__1024_x_576/public/2022-02/seps%20cropped.jpg?h=bcee9c56&itok=pq84WxhF)
Support-free Ceramic Stereolithography
Our patented ceramic 3D printing technology* can print ceramic structures of arbitrary geometric complexity without the need for building the additional support required in traditional methods.
*For patent licensing, please contact Dr. Song.
![Graphic depiction of additive manufacturing of bi-continuous piezocomposites](/sites/am.lab.uiowa.edu/files/styles/widescreen__1024_x_576/public/2022-02/bc%20cropped.jpg?h=04aef0b1&itok=71dtqbmJ)
Additive Manufacturing of Bi-continuous Piezocomposites
Our 3D printing technology can reliably tune properties of bi-continuous piezocomposites, an emerging material with both excellent flexibility and piezoelectricity.
![Graphic depiction of multi-scale, multi-material additive manufacturing](/sites/am.lab.uiowa.edu/files/styles/widescreen__1024_x_576/public/2022-02/mmam%20cropped.jpg?h=b788dd58&itok=cy6s6VYH)
Multi-scale, Multi-material Additive Manufacturing
Our technology can fabricate structures with multiple types of materials spanning multiple scales, providing an effective solution for numerous biomedical applications.
![Illustration of 3D piezoelectric element for ultrasound transducer](/sites/am.lab.uiowa.edu/files/styles/widescreen__1024_x_576/public/2022-02/transducer%20cropped_0.jpg?h=fa5bb1b1&itok=rnf0l-rD)
3D Printed Piezoelectric Element for Ultrasound Transducer
Our 3D printing technology can print novel and complex piezoelectric components for biomedical engineers in ultrasonic imaging.