ISO 9001 certified manufacturing with high-reliability process controls for the most demanding aerospace and defense applications. From commercial aircraft to deep space missions, we deliver flex circuits built for extreme reliability.
Aerospace applications represent the ultimate test of electronic reliability. Whether operating in the extreme cold of space, the heat and vibration of jet engines, or the electromagnetic interference of radar systems, aerospace flex PCBs must deliver perfect performance every time.
Our ISO 9001 certified quality system, high-reliability aerospace-grade process controls, and third-party-audited special processes ensure every flexible circuit meets the exacting standards of aerospace prime contractors and defense agencies. With low-outgassing materials meeting NASA SP-R-0022A and radiation-tolerant options, we support applications from commercial aircraft to interplanetary missions.
Weight is always a critical factor in aerospace design. Our flexible circuits can reduce interconnect weight by up to 70% compared to rigid board assemblies, directly impacting fuel efficiency, payload capacity, and mission success.
ISO 9001 certified quality management with an IPC Class 3 build option, third-party-audited special processes, and full lot traceability for high-reliability aerospace programs.
Operating range from -65°C to +200°C with radiation tolerance options. Our materials and processes are selected for the harshest environments.
Up to 70% weight savings compared to rigid PCB assemblies. Critical for fuel efficiency in aircraft and payload optimization in spacecraft.
Low-outgassing materials available, meeting NASA SP-R-0022A outgassing limits (TML <1.0%, CVCM <0.1%). Essential for space and vacuum environment applications.
Flexible PCBs enable critical functions across all aerospace platforms and defense systems.
Flight control systems, avionics, engine monitoring, cabin lighting, and in-flight entertainment systems all utilize flex circuits. Our constructions meet the demanding vibration, temperature, and reliability requirements of aviation.
Satellites, launch vehicles, and space stations require flex PCBs that survive launch stresses and operate reliably in the space environment. We offer radiation-tolerant options for long-duration missions.
Radar systems, missile guidance, soldier systems, and secure communications equipment rely on our shielded flex circuits for reliable performance in combat environments.
Unmanned aerial systems benefit from the weight savings and design flexibility of flex circuits, extending flight duration and enabling sophisticated sensor packages.
Aerospace programs demand the highest levels of quality assurance and documentation. Our systems are designed to exceed these requirements.
Our quality management system is certified to ISO 9001 and applies high-reliability aerospace-grade process controls for risk management, configuration control, and continuous improvement.
Special processes including soldering and assembly are third-party-audited, providing independent verification of process control and capability.
Every material lot, process parameter, and test result is documented and retained. Traceability data is available for the program lifetime plus retention requirements.
Comprehensive first article reports per AS9102 with full dimensional and functional verification before production release.
Space applications present unique challenges that require specialized materials and design approaches.
All materials meet NASA SP-R-0022A requirements for low outgassing. TML <1.0% and CVCM <0.1% ensure contamination-sensitive optics and sensors remain unaffected.
For missions beyond Earth's magnetic field, we offer radiation-hardened material options and design practices that mitigate single-event effects.
Spacecraft experience rapid thermal cycling between sun exposure and eclipse. Our materials maintain flexibility and adhesion across extreme temperature swings.
All materials and constructions are selected for long-term vacuum exposure without degradation or outgassing.
Multi-layer flex circuit with controlled impedance traces for satellite communication antenna feed network. Built with low-outgassing materials (NASA SP-R-0022A) for a 15+ year mission life.
High-temperature flex circuit rated to +200°C for continuous operation in jet engine monitoring applications with extreme vibration resistance.
Thin, lightweight flex circuit connecting HUD optics to avionics bay with shielding for EMI protection in fighter aircraft cockpit.
Our facility is ISO 9001 certified and offers an IPC Class 3 build option for high-reliability aerospace work. Special processes are third-party-audited, and we maintain full lot traceability and documentation for every program.
Yes, we offer low-outgassing materials that meet the NASA SP-R-0022A outgassing limits (TML <1.0%, CVCM <0.1%) and can provide outgassing test data for all materials used in your program.
We offer radiation-tolerant material options and design practices for rad-hard applications. Specific radiation requirements can be addressed during design review.
We provide complete documentation including material certifications, process certifications, inspection reports, first article inspection per AS9102, and lot traceability data.
Yes. We provide export-control-aware handling with controlled handling and confidentiality for defense-related programs. Specific program requirements can be discussed during design review.