Piezoelectric & ferroelectric 3D resins for electronics

Our innovative, custom-designed piezoelectric and ferroelectric 3D-printed materials can be engineered to deliver high sensitivity to applied forces, converting mechanical energy into electrical charge for advanced energy-storage and electronic devices (e.g., capacitors).

This technology is gaining strong interest due to its ultra-high power density, excellent charge/discharge capability, high dielectric constant (enabling long-lasting charge storage), and long service life.

3Dresyns can custom design and supply high-solids, printable slurries based on lead-free ceramic powders, including alkali-metal and alkaline-earth niobates, bismuth ferrite, and well-known piezoelectric materials such as barium titanate (BaTiO₃). These materials can be formulated for SLA, DLP, LCD, and inkjet 3D printing technologies.

In addition, a wide range of ferroelectric, magnetic, pyroelectric, piezoelectric, electro-optic, and photoelastic material systems can be tailored to match the requirements of specific printers and targeted performance objectives.

Discover our ready-to-use 3Dresyn HP1 BTO70 and our clear, optically transparent 3Dresyn HP1 Clear , ideal for designing high-permittivity components such as antennas, sensors, microwave devices, RF cavities, resonators, filters, transistors, insulators, capacitors, resistors, and more.

Piezoelectric and ferroelectric filled resin for 3D printing

Benefits of Piezoelectric 3Dresyns

Higher loading of piezoelectric active material
Improved energy storage potential
Relatively low viscosity slurries with excellent flow, even at high powder content
Customizable mechanical properties
Excellent resolution, down to 20 microns