Frequently Asked Questions About PCB Services

We offer PCB fabrication, PCB assembly, electronic component sourcing, PCB layout, and PCB stencil services for prototype and production requirements.

Our office is located at 20434 Corisco Street, Chatsworth, CA 91311, United States.

Yes. You can contact our team to discuss your PCB requirement, technical files, sourcing needs, or assembly details before moving ahead.

You can submit your requirement through the contact us form with your PCB files, quantity, material details, and service requirements.

We support engineers, product teams, electronics manufacturers, design teams, startups, and organizations working on PCB-based products.

We support PCB requirements across defense and aerospace, robotics and IoT, industrial electronics, consumer electronics, medical and healthcare, and automotive applications.

We bring together PCB fabrication, assembly, component sourcing, layout, and stencil support through one coordinated process. This helps reduce communication gaps and keeps PCB projects easier to manage.

Yes. We support prototype builds as well as production requirements based on board complexity, material needs, component availability, and project scope.

Yes. Turnkey PCB support can include layout review, PCB fabrication, component sourcing, PCB assembly, stencil support, testing, and delivery.

Yes. File changes can be reviewed, but they may affect cost, lead time, and production feasibility if review or production has already started

Lead time depends on the service selected, design complexity, material availability, component sourcing, quantity, inspection needs, and approval timelines.

We support different PCB types including rigid PCB, flex PCB, rigid-flex PCB, multilayer PCB, HDI PCB, RF PCB, and metal core PCB based on project requirements.

We support PCB manufacturing from single-sided boards up to 24 layers, depending on the design and project specifications.

We support PCB materials such as FR4, Rogers, Polyimide, Taconic, and metal core materials. Material selection depends on electrical, thermal, mechanical, and application needs.

Polyimide is commonly used for flexible PCB applications because it supports bendability and thermal stability.

Rogers and other high-frequency laminates are commonly used for RF, microwave, and high-speed PCB applications where signal performance is important.

Surface finish options may include HASL, ENIG, OSP, immersion tin, immersion silver, hard gold, and selective gold based on project requirements.

Surface finish protects exposed copper and support solderability, component assembly, shelf life, and long-term board performance.

We support minimum 5 mil line and spacing capability for PCB manufacturing, based on design feasibility and board requirements.

We support board thickness from 0.002 inches to 0.250 inches, depending on material, layer count, and project specifications.

Minimum PTH hole size capability of 8 mil for PCB manufacturing.

We support PCB panel sizes up to 18 inch x 24 inch, depending on board design and production requirements.

Yes. Controlled impedance support can be reviewed for high-speed, RF, and signal-sensitive PCB designs based on stackup and design requirements.

Yes. We support heavy copper PCB requirements based on copper thickness, current carrying needs, thermal performance, and fabrication feasibility.

Yes. PCB fabrication, component sourcing, stencil support, PCB assembly, inspection, and testing can be coordinated as part of a turnkey PCB solution.

Gerber files, BOM, pick-and-place file, assembly drawing, and testing requirements are usually helpful for PCB assembly review.