CSC specializes in 3D printing Plasteel™ conformal shielding systems that provide radiation-hardening for electronic components used in space missions. This technology mitigates the risks of electronic failure and degradation caused by space radiation, enabling reliable performance of modern electronics in harsh environments.
Funding
$3.9M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Electronic components in space are vulnerable to radiation, which can cause failures, charge build-up, and performance degradation, limiting the use of advanced electronics in space missions. Traditional radiation hardening methods are often bulky, expensive, and require custom designs.
Solution
CSC provides Plasteel™ conformal shielding systems that mitigate the risks of electronic failure and degradation caused by space radiation. Plasteel™ is a 3D-printed metamaterial that integrates high-performance shielding into various form factors, enabling the reliable operation of modern electronics in harsh space environments. This technology offers a lighter, less expensive alternative to traditional radiation-hardening methods, allowing for greater payload flexibility and mission performance. CSC's shielding solutions can be customized to meet specific mission requirements, from simple structures to complex subsystems.
Target Audience
CSC's primary customers are organizations involved in space missions, including satellite manufacturers, space exploration companies, and government agencies, who require reliable radiation shielding for electronic components.
Features
- Plasteel™ 3D-printed conformal shields for targeted radiation protection of sensitive electronics
- Customization options for enclosures, panels, and sheets via 3D printing, injection molding, or thermoforming
- Flight-qualified shielding solutions for COTS systems, including AI-capable GPUs, cameras, and transceivers
- Multifunctional composite layer providing durability, optimal thermal properties, and radiation shielding
- Solutions for space stations and habitats, enabling microgravity research, on-orbit manufacturing, and space tourism
- Research and development of thin, flexible space suits for enhanced astronaut protection