In aerospace applications, failure is not an option. Once a system is launched into orbit, installed in an aircraft, or deployed in a critical operation, there is no opportunity for repair or replacement. Every PCB must perform flawlessly under extreme temperature fluctuations, intense vibration, radiation exposure, and mechanical shock—often for decades. At Studio, we operate to these uncompromising standards. Our aerospace-grade turnkey PCB assembly with full trace delivers mission-critical reliability through certified quality systems, advanced manufacturing processes, and end-to-end traceability that meets the scrutiny of FAA, EASA, and aerospace auditors.

From avionics and navigation systems to satellite communications and radar equipment, our assemblies are built to IPC Class 3/3A standards, documented under AS/EN 9100-compliant quality management, and tracked with complete material genealogy from component supplier to finished assembly.

Aerospace PCB assembly requires adherence to a stringent framework of standards that go far beyond commercial electronics. We maintain certified compliance across the full spectrum:

Traceability is not a documentation exercise in aerospace—it is a safety imperative. Our traceability system captures and maintains complete material genealogy:

• Component-Level Traceability – Every component is tracked from receipt through assembly, with lot numbers, date codes, and supplier certificates archived
• Process Parameter Records – Soldering profiles, placement settings, and inspection results linked to individual board serial numbers
• Personnel Qualification Records – All technicians and inspectors are certified to J-STD-001, NASA, and IPC standards; records maintained per program requirements
• Test & Inspection Data – AOI, X-Ray, ICT, and FCT results stored with full traceability to specific assemblies
• Environmental Test Records – Thermal cycling, vibration, shock, and humidity test results documented for validation
• Configuration Management – Full control of design revisions, component substitutions, and process changes with documented approval trails

Mission-critical aerospace assemblies often require more than bare board assembly:

• Conformal Coating & Encapsulation – Urethane, acrylic, epoxy, and silicone coatings applied via brush or spray to protect against moisture, vibration, and extreme conditions
• Potting & Staking – Securing components and connectors against mechanical shock and vibration
• Stiffener Installation – Reinforcing flex and rigid-flex circuits for enhanced durability
• Heat Sink Bonding – Thermal management solutions for high-power applications
• Backplane Assembly – Large PCB interconnects with sockets for plug-in modules; full system integration
• Box-Build Integration – Complete system-level assembly including enclosures, cable harnesses, and power distribution

• AS9100D/ISO9001 Certified – Quality management system designed specifically for aerospace requirements
• IPC Class 3/3A Compliance – Highest reliability classification for mission-critical applications
• Full Traceability – Component-level material genealogy and process parameter records for every board
• ITAR/EAR Compliance – Full regulatory compliance for aerospace and dual-use programs
• Mission-Critical Reliability – Zero-defect culture and environmental testing that simulates real-world aerospace conditions
• End-to-End Accountability – Single responsible partner from component sourcing through final assembly and testing

Aerospace programs demand manufacturing partners who understand the stakes. With Studio's aerospace-grade turnkey PCB assembly with full trace, you gain a certified partner with proven capabilities in high-reliability manufacturing, comprehensive traceability, and the quality systems that regulators and prime contractors require.

Contact us today. Mission-critical reliability. Documented traceability. Zero-compromise quality