Our custom PCB design service tailors board shape, layer stack‑up, materials and routing to your exact product requirements, from first concept through to manufacturable files.
We work with your schematics, mechanical constraints and performance targets to create PCB designs that fit custom outlines, connectors, thermal paths and specific industry standards.
From one‑off prototypes to scalable architectures for future variants, every custom design is prepared with manufacturability, testability and long‑term reliability in mind.
The custom designs service covers schematic refinement, stack‑up definition, PCB layout, material selection and DFM checks, closely aligned with our fabrication and assembly capabilities.
We support non‑standard board shapes, cut‑outs, slotting and mounting patterns so the PCB drops cleanly into your enclosure, control panel or mechanical assembly.
Custom boards can use specialized stack‑ups, controlled‑impedance layers and suitable laminates (standard FR4, high‑Tg or low‑loss) to match your speed, power and thermal needs.
Once the custom PCB is validated as a prototype, the same design data flows directly into batch fabrication and assembly, reducing redesign work and ramp‑up risk.
We can adapt designs for LED lighting, power electronics, RF, IoT, instrumentation and other specialized use cases that demand non‑generic board solutions.
Share your concept, schematics, mechanical drawings and key specifications, and our team will propose a custom PCB design approach, timelines and build options.
See what information we need, how we handle unusual requirements and how custom designs move into fabrication and assembly.
We usually require schematics or a block diagram, mechanical outline, key electrical specs, preferred layer count and any standards or certifications you must meet.
We can start from a high‑level idea, refine requirements and then develop schematics and layout, or work from your completed schematics if they are already available.
DFM rules from our fabrication and assembly processes are built into the layout, and we review stack‑up, clearances and drill structures before releasing production files.
Yes, designs are created with future scaling in mind so that, after successful prototyping, the same data can be used for larger runs with minimal or no redesign.
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