PCB Design & Fabrication Services

Custom PCBs, engineered to your device’s requirements.

We help in developing PCBs specific to your technological requirements. We also provide an in-depth analysis of your device’s requirements to ensure your product has the support necessary to excel in the competitive tech market. We have access to all of the latest software and are well-versed in the best design strategies.

From single-sided prototypes to dense multilayer boards, we handle the entire workflow in-house — schematic capture, ECAD layout in Altium and Eagle, Gerber generation, fabrication, component assembly (through-hole and SMT), and rigorous functional testing. Whether you need a handful of prototype boards or a full production run, every design is checked for manufacturability, signal integrity and cost before it reaches the fab, so you avoid the expensive re-spins that come from rushing a layout.

Layers

Single → MultiRigid boards

Lead time

7 days minFrom full payment

Formats

Gerber / CADCDR12 · BMP · PNG · PDF

Testing

White-boxEvery pathway checked

How we work

Our PCB process.

Designing the schematic

The process cycle starts with creating the schematic — a crucial step before designing the board itself, and one that should never be overlooked. A schematic is like a roadmap for a circuit, a series of symbols representing aspects of the circuit: switches, resistors, diodes, nodes and more. It’s also invaluable later on for troubleshooting any issues with your PCB.

Using ECAD software to lay the board design

Once the circuit design is captured in a schematic, it’s translated into an electronic design automation (EDA) software package like Altium Designer or Eagle. The design is exported into an industry-standard format — typically Gerber, the default “language” used to describe PCB components. The resulting file acts as a set of instructions for the production phase.

Printing, fabrication & assembly

Once the Gerber or CAD file is ready, we manufacture your PCB. The board’s dimensions — along with how many layers it will have — are decided, and every component is positioned, grounded and laid out, with signal traces dictated by the Gerber file.

Functionality testing the PCB

White-box testing makes sure your PCB is structured properly once it’s been fabricated. The goal is to test every possible output to confirm the board functions exactly as intended. Unlike black-box testing, which only checks inputs and outputs, white-box testing examines each possible pathway of the PCB to make sure there are no failures.

Extensive testing

After development is complete, the board is tested thoroughly so no bugs or issues arise in production — giving you and your customers a seamless experience throughout.

Software & tooling