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Precision Tools for Scientific Discovery
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Company Introduction
AdventureTech (ADT), established in 2015, provides ceramic additive manufacturing solutions for research and industrial applications. We specialize in high-precision DLP and DIW 3D printing systems and functional ceramic materials.
We work with leading universities and research institutions to enable innovation in structural, biomedical, and electronic ceramics.
Successfully developed the Adventure-3D-LB-Printer standard edition, enabling high-precision paste-like material printing. Integrated ADT-Slicer 4D printing engine for CAD-to-motion conversion, improving efficiency and accuracy.
Expanded material compatibility and introduced multi-material printing systems for ceramic research applications.
Developed hybrid ceramic additive manufacturing platform combining DLP and DIW technologies for complex structural parts.
Enabled bioactive ceramic scaffolds for biomedical research and tissue engineering.
Partnered with leading universities and research institutions worldwide to accelerate ceramic 3D printing innovation.
ISO 9001 Certified Quality Management System ensuring consistent quality, reliable performance, and continuous improvement across all processes.
Certificate No. QMS/CN/210531
Quality Management System Certified
Founder, Ph.D.
Dr. Zhu Pengfei earned his Ph.D. from the University of Science and Technology of China and completed postdoctoral research in materials science at Tsinghua University. Recognized as a “reserve-level” high-level talent within Shenzhen’s innovation ecosystem, he is the founder of the company and has dedicated over a decade to advancing ceramic 3D printing technology. Dr. Zhu has led significant national and provincial projects in advanced additive manufacturing, specializing in DLP and DIW ceramic printing. With more than 10 SCI-indexed publications and over 50 patent applications (including 20+ granted), his expertise spans fundamental materials science and industrial-scale 3D printing systems, driving improvements in precision, performance, and application versatility.
