Revolutionizing Manufacturing for Space and Earth Applications.
Advanced EHD 3D Printing Technology
Revolutionizing Manufacturing for Space and Earth Applications.
Ninjas Printing: Innovating 3D Technology
Our Mission
At Ninjas Printing, our mission is to revolutionize the 3D printing landscape through advanced Electrohydrodynamic (EHD) technology. We aim to provide innovative solutions that cater to both space manufacturing and terrestrial applications, ensuring quality and precision in every product we create. This technology has been patented in US and tested in in-flight test through collaboration with NASA and Zero-G service.
About Ninjas Printing
Our Story
Ninjas Printing Inc., established in 2022 as a C-corporation in the Madison Metropolitan area, specializes in advanced Electrohydrodynamic (EHD) 3D printing technologies. Incubated by the University of Wisconsin-Madison, the company leverages cutting-edge research to develop innovative solutions for both space manufacturing and terrestrial applications.
Our Product
We offer state-of-the-art, customizable EHD 3D printers designed to operate effectively in microgravity and extreme environments. Applications include space manufacturing, semiconductor fabrication, infrastructure development, road repair, and more.
Our Services
Ninjas Printing Inc. offers customizable EHD 3D printer solutions, technical support, training, and consultation for applications in space and terrestrial manufacturing. We also collaborate on R&D projects to advance 3D printing technologies.
EHD 3D PRINTING TECHNOLOGY
TECHNOLOGY
Electrohydrodynamic (EHD) 3D printing is an advanced additive manufacturing technique that utilizes electric fields to produce ultra-fine jets of material, enabling the creation of micro- and nanoscale structures with exceptional precision.
ADVANTAGES
- High Resolution: EHD printing achieves resolutions superior to traditional inkjet methods, producing features as small as sub-micrometer scales.
- Material Versatility: This technique is compatible with a wide range of materials, including polymers, metals, and biological substances, facilitating diverse applications.
- Non-Contact Process: As a non-contact printing method, EHD printing minimizes the risk of contamination and damage to delicate substrates.
- Cost-Effectiveness: By reducing the number of fabrication steps and eliminating the need for masks or templates, EHD printing lowers production costs.
APPLICATIONS
- Microelectronics: Fabrication of high-resolution conductive tracks and components for electronic devices.
- Sensors: Development of sensitive detection devices with micro- and nanoscale features.
- Biomedical Engineering: Creation of scaffolds for tissue engineering and precise deposition of biological materials.
- Flexible Electronics: Production of components for wearable devices and flexible displays.
Leadership
Zhenqi Li, Interim CEO
Xiaolei (Shelley) Shi, PhD, CFO
Zhenqi Li, Interim CEO
Zhenqi Li, a master's graduate in Industrial and Systems Engineering from Iowa State University, leads Ninjas Printing Inc. with expertise in EHD 3D printing, driving innovation in space and terrestrial manufacturing.
Li Yu, Interim CTO
Xiaolei (Shelley) Shi, PhD, CFO
Zhenqi Li, Interim CEO
Li Yu is a PhD candidate in Industrial and Systems Engineering at UW-Madison. With a strong entrepreneurial spirit, he brings innovative strategies and technical expertise to advance the company's EHD 3D printing technologies.
Xiaolei (Shelley) Shi, PhD, CFO
Xiaolei (Shelley) Shi, PhD, CFO
Xiaolei (Shelley) Shi, PhD, CFO
Dr. Shi, a former Assistant Professor at Iowa State and Senior Scientist at UW-Madison, specializes in translational research. A leader in CAFS and IFT, she holds three patents and brings expertise in bridging research and practical applications.
Hantang Qin, PhD Consultant
Xiaolei (Shelley) Shi, PhD, CFO
Xiaolei (Shelley) Shi, PhD, CFO
Professor Hantang Qin is a dedicated innovator contributing to the advancement of EHD 3D printing technologies. With a strong academic and technical background, Hantang plays a key role in developing cutting-edge solutions for space and terrestrial applications.