Radiation shielding.
Scientific hardware.
Built for extreme environments.
Shield3D is accepting pilot projects in radiation-engineered composites and custom scientific hardware, while building a high-density metal additive manufacturing platform for fusion energy, space, and nuclear. US-based and structured for ITAR-controlled programs.
Four offerings. One trajectory.
Pilot projects open now. A high-density metal additive manufacturing platform in development underneath.
Radiation-Engineered Polymer Composites
Custom-formulated, printable composites for radiation shielding, built on standard and high-performance polymers loaded with boron carbide or tungsten. Formulations are tuned to your spectrum and geometry, and validated in simulation before a part is printed.
- Boron carbide and tungsten composites
- Standard and high-performance polymers
- Functionally graded shielding
- Simulation-validated performance
Scientific & Industrial Custom Fabrication
Custom components, scientific hardware, displays, and specialized parts. Design, simulation, printing, and testing under one roof: an engineering partnership built for speed.
- Short iteration cycles
- Engineers, not a sales queue
- Design-simulate-print-test workflow
- Low-volume and one-off parts
Precision Subtractive Manufacturing
5-axis CNC machining is in development for our in-house equipment, adding precision subtractive capability alongside additive. Machined features, tight tolerances, and finished parts under the same roof.
- 5-axis CNC machining
- Tight-tolerance features on printed parts
- One shop for additive and subtractive
High-Density Metal Additive Manufacturing
Refractory and high-density metal printing, including tungsten and novel material combinations, for fusion energy, space, and nuclear applications. In development and moving through qualification.
- Tungsten and novel material combinations
- Fusion, space, and nuclear targets
- Early partner trials
Ph.D.-Led Team
Depth in nuclear materials science and radiation transport.
US-Based
Domestic design and manufacturing capacity for critical components.
ITAR-Controlled Programs
US-based and structured for ITAR-controlled programs.
Simulation-Validated
Shielding performance modeled before a part is printed.
Building US capacity for critical components.
We are opening pilot projects with research institutions, government programs, and long-term partners to expand domestic manufacturing for fusion, space, and nuclear environments.
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