Flexible PCB Prototype and Production Services

A flex circuit, also called a flexible printed circuit board or flex PCB, is an electronic circuit built on a bendable base material rather than a rigid board. It can fold, twist, or fit into compact spaces while carrying electrical connections between components. Flex circuits are commonly used where space, weight, movement, or packaging constraints make conventional rigid PCBs less suitable.

For PCB and flexible PCB quotes, Cir-Q-Tek requests a Gerber package or ODB file along with a bill of materials (BOM). These files allow the team to review the circuit layout, fabrication requirements, material needs, and component information. Providing complete revision-controlled documentation early helps prevent avoidable questions and supports a more accurate manufacturing quotation.

Cir-Q-Tek states that pre-production and prototype samples generally take three days to build and two days to ship. Actual timing should be confirmed against the design’s layer count, features, material selection, finishing requirements, and documentation completeness. Sharing finalized Gerber or ODB data and a BOM helps the team assess the program and align the build with your target schedule.

Yes. Cir-Q-Tek supports both quick-turn PCB prototypes and production manufacturing, enabling teams to carry a validated design forward with the same manufacturing partner. Production orders are generally ready to ship in 10 days to four weeks. Keeping fabrication notes, approved revisions, and component information current supports a smoother transition from prototype approval to repeatable production.

Yes. Cir-Q-Tek provides turnkey printed circuit board assembly services that can be paired with flexible circuit fabrication. Available capabilities include component purchasing, SMT chip processing, through-hole assembly, testing, complete box build assembly, and packaging. Inline automated optical inspection and X-ray equipment on SMT lines support inspection of assembled electronics, including fine-pitch and complex component applications.

Cir-Q-Tek’s manufacturing capabilities are supported by ISO 9001:2015 quality management certification, ISO 13485 for medical device manufacturing, and IATF 16949 for automotive manufacturing requirements. The company also lists UL and cUL approval, ISO 14001 certification, and RoHS-compliant bare board support. Certification applicability should be reviewed against the exact product, facility, and customer documentation requirements.

Yes. Cir-Q-Tek supports small prototype orders as well as production quantities and states it has never turned down an order based on quantity. This flexibility helps engineering teams order samples for design verification before committing to a larger release. Quote requirements remain the same: provide the fabrication data, BOM, and any relevant specifications needed to evaluate the build.

Cir-Q-Tek combines domestic-facing customer support with Asian manufacturing facilities to offer offshore pricing to domestic customers. The team identifies cost-efficient manufacturing practices for each project and notes that tariff expenses are typically reduced by more than 50% through factory cost-sharing. Final pricing depends on design complexity, materials, quantity, finishes, testing, and assembly requirements.