The standards your sector demands.
Every industry has its own rulebook — safety isolation, qualification, EMC, reliability. We design to it from the first stackup, not as an afterthought.
Pick your domain.
Medical devices →
Medical electronics live and die by isolation, EMC and traceability. We design PCBs to IEC 60601-1, IEC 60601-1-2 and IEC 62304 from the first stackup — not as a re-spin after the audit fails.
Automotive →
Automotive electronics fail thermally, vibrationally and electromagnetically — usually all three. We design PCBs to AEC-Q-qualified parts, IATF 16949-aware processes and CISPR 25 EMC limits, with thermal sign-off backed by TRM.
Aerospace & defense →
Aerospace and defense PCBs cost real money to re-spin and real lives to get wrong. We design to MIL-PRF-31032/55110, DO-254 airborne-hardware practice and IPC Class 3/3A — with ruggedization specified up front, not bolted on.
IoT & connected →
An IoT product lives or dies by three things: range, battery life, and BOM cost. We design PCBs that integrate the radio, hit the budget, and pass FCC/CE the first time — without paying the pre-cert module tax forever.
Power electronics →
Power-electronics PCBs fail in two ways: thermal and EMI. We design layouts that minimize loop inductance for GaN/SiC, hold the creepage and clearance UL requires, and ship with a TRM thermal report — not a spreadsheet of hopes.
Robotics & motion →
Robotics PCBs put a fast-switching motor drive next to a quiet MCU next to an encoder, in a vibrating enclosure with a tight EMC budget. We design layouts that respect every one of those constraints — not just the one in the datasheet.
Don’t see your sector?
We work across regulated and high-reliability hardware. Describe your project for a fixed-fee band in 60 seconds.