We utilize high-performance polyimide (PI) films to support both dynamic (repetitive) and static bending applications. For high-reliability projects, we conduct extensive flex-cycle testing (up to millions of cycles) to ensure the circuit withstands fatigue and prevents conductor breakage over the product's entire lifecycle.

Flexible substrates have different dielectric properties than rigid boards. We perform precise impedance modeling for microstrip or stripline structures, utilizing specialized materials like modified polyimides to ensure signal integrity for high-speed data transmission.

We understand that speed is critical for your R&D phase. Standard single or double-sided flexible prototypes can be manufactured in as fast as 3-5 working days. Complex multilayer or rigid-flex prototypes typically require 7-10 days to ensure absolute quality.

We offer flexible manufacturing solutions, supporting rapid prototyping with lead times as short as 3–5 business days. For volume production, our fully automated Roll-to-Roll (R2R) manufacturing lines significantly reduce unit costs and accelerate delivery schedules for large orders.

We strictly adhere to IPC-6013 standards and maintain international quality certifications, including ISO 9001 and IATF 16949. Every shipment includes a comprehensive Quality Assurance report (e.g., impedance test, peel strength test) to ensure the final product matches your exact specifications.

Absolutely. We are experts in Rigid-Flex PCB manufacturing. By integrating rigid and flexible sections into a single unit, you can eliminate connectors, save precious space, and improve system vibration resistance—key requirements for aerospace, defense, and advanced medical devices.

We provide professional DFM (Design for Manufacturing) reviews at no extra cost. By intervening during the design phase, we identify potential manufacturing risks early, preventing costly re-spins and ensuring a faster time-to-market.

As a direct factory supplier, we eliminate the middleman, offering you a cost advantage of 30%–50% over local distributors while maintaining superior manufacturing capabilities (e.g., fine-line etching, precision laser drilling). Our direct-supply model maximizes your margins without compromising on international quality standards.

A flexible PCB (FPC) is made entirely of bendable polyimide material and is designed for dynamic or static bending applications. A rigid flex PCB combines rigid FR4 sections with flexible polyimide sections in a single board, eliminating the need for connectors and wire harnesses between rigid segments. We manufacture both types — from simple single-sided flex circuits to complex 8+ layer rigid-flex designs with blind and buried vias.

Yes. Standard single or double-sided flex prototypes ship in 3–5 working days. Rigid-flex prototypes typically require 7–10 days due to the additional lamination cycles. We offer no-MOQ ordering starting from 1 piece, with free DFM review included on every prototype order.

To provide you with a fast and precise quotation within 2 hours, please supply your standard Gerber files (RS-274X format) along with a basic text file detailing your stack-up requirements, thickness, stiffener locations, and surface finish preferences. If you require assembly, a BOM (Bill of Materials) is also needed.

Absolutely. We handle everything under one roof — flexible PCB fabrication, SMT assembly on flex substrates, stiffener bonding, coverlay application, and functional testing. Combining fabrication and assembly with a single supplier saves 3–5 days and eliminates the risk of handling damage during shipping between vendors.