|

Flexible PCB Manufacturer & Flex PCB Fabrication | Custom & Reliable

Single layer flexible PCB structure polyimide flex circuit

We provide custom single-layer, double-sided, and multilayer flexible PCB solutions for prototyping and mass production. As a professionalflex PCB manufacturer, we deliver fast turnaround, stable quality, and full engineering support for global industrial buyers, engineers, and procurement teams.

Flexible PCB Manufacturing Capabilities

We specialize in full‑service flex PCB fabrication from simple prototypes to complex high‑volume production. Our capabilities cover single‑layer, double‑sided, multilayer flexible PCB and rigid‑flex PCB designs with strict quality standards.

ItemSpecification
Layers1–12 layers for flex & rigid‑flex PCB
Base MaterialPolyimide (PI), PET, LCP, high‑performance flex laminates
Board Thickness0.05 mm – 0.4 mm
Min Hole Size0.1 mm (laser drilling supported)
Surface FinishENIG, OSP, Immersion Tin, Hard Gold, Gold Finger
Prototype Lead Time24–48 hours quick‑turn available
CertificationsISO 9001, IATF 16949, UL, IPC‑A‑600
Flex CCBR FanduifucationProcess

Types of Flexible PCBs We Provide

We design and manufacture a full range of flexible PCB types to match your prototype and production requirements.

Single Layer Flexible PCB

Single‑layer flex PCB uses one copper layer on polyimide base. Ideal for simple interconnections, LED strips, and cost‑effective devices with basic routing needs.

Single layer flexible PCB structure polyimide flex circuit

Double Sided Flex PCB

Double‑sided flexible PCB features copper on both sides with plated through holes. It supports higher component density and more complex circuit layouts.

Multilayer Flex PCB

Multilayer flex PCB stacks three or more conductive layers with insulating films. Suitable for high‑density, impedance‑controlled, and dynamic bending applications.

Multilayer flexible PCB stackup impedance control flex circuit

Rigid‑Flex PCB

Rigid‑flex PCB combines rigid FR4 sections and flexible layers into one integrated unit. It reduces connectors, improves reliability, and fits space‑constrained mission‑critical products.

Flexible PCB Industry Applications

Our flex PCB fabrication serves global industries that require thin, lightweight, and reliable interconnect solutions.

Consumer Electronics: Smartphones, tablets, cameras, wearables, and home devices with limited space.

Medical & Wearable Devices: Body‑friendly sensors, portable monitors, and implantable support equipment.

Automotive & Industrial Electronics: Control modules, instrument clusters, and devices used in high‑vibration environments.

Telecom & Data Communication: High‑speed signal modules, antennas, and networking equipment.

Flexible PCB industry applications automotive medical consumer electronics

Why Choose Us as Your Flex PCB Manufacturer

We are a trusted flexible PCB manufacturer focused on quality, speed, and customer success for global export markets.

Quick‑Turn Prototypes: 24/48H fast lead time for flex PCB samples to speed up your design validation.

Stable Quality System: Full in‑process inspection and reliability testing ensure consistent performance.

Professional Engineering Support: DFM review, stack‑up design, and material selection to optimize your design.

Cost‑Effective Production: Scalable capacity and efficient supply chain for competitive pricing.

Flex PCB Manufacturing Process & Quality Control

Our standardized flex PCB fabrication process ensures high yield and reliable quality for every order.

1. Material Preparation: Incoming inspection for flex laminates, coverlay, and copper materials.

2. Drilling & Plating: Precision drilling and copper plating for stable interlayer connections.

3. Imaging & Etching: High‑precision circuit transfer and controlled etching.

4. Coverlay & Surface Finish: Protective lamination and surface treatment for solderability.

5. Final Testing: AOI, electrical test, and reliability verification before shipment.

Flexible PCB manufacturing process quality control AOI test

Summary

As a professional flexible PCB manufacturer, we deliver reliable flex PCB fabrication for single‑layer, double‑sided, multilayer, and rigid‑flex designs. With fast turnaround, strict quality control, and full engineering support, we help global customers build high‑performance flexible circuits for prototyping and mass production.

Request a Custom Flex PCB Quote

Get a fast, accurate quote for your flexible PCB project. Send your Gerber files, layer count, quantity, material, and surface finish requirements, and we will respond quickly with pricing and lead time.

Get Your Flex PCB Quote Today

Upload Gerber Files • Send Specifications • 24H Quick Response • Global Delivery

Cross Section of Plated Half Hole PCB

Understanding Plated Half-Holes (Castellated Holes) in PCB Design

Plated half-holes, also called castellated holes, provide a space-efficient way to interconnect separate PCB modules by soldering. Unlike bottom pads, their edge positioning simplifies mounting and enhances reliability. This article explains everything about plated half-hole structures, design guidelines, manufacture, benefits and use cases. Structure of Plated Half-Holes Plated half-holes, also known as castellated holes, resemble…
Rigid-Flex PCB structure and core benefits

Rigid-Flex PCB Manufacturing & Prototype Services

We are a professional Rigid-Flex PCB manufacturer providing 1–12 layer rigid-flex PCB prototyping, mass production, and assembly services for global industrial buyers, engineers, and procurement teams. ISO, UL, and RoHS certified, we support quick-turn fabrication, free DFM checks, zero MOQ, and full custom solutions.  Key Benefits of Rigid-Flex PCB Rigid-Flex PCB integrates rigid PCB stability…
SMT assembly process flow for PCB manufacturing

SMT vs SMD: What’s the Difference in PCB Assembly?

SMT (Surface Mount Technology) and SMD (Surface Mount Device) are core concepts in PCB assembly. SMT is the automated assembly process for mounting components onto PCBs, while SMD refers to the miniaturized components used in this process. This guide clarifies their definitions, differences, workflow, and applications for global engineers and buyers. Introduction In the fast-evolving…
Expedited PCB manufacturing process for quick turnaround production

Expedited PCB Services – Fast Turnaround for Urgent Prototypes & Production

Expedited PCB services deliver fast circuit board prototyping, manufacturing, and assembly for global engineers and procurement teams. We provide high‑quality rush PCB solutions with reliable lead times, strict quality control, and competitive pricing for urgent export orders. Why Choose Expedited PCB Services In the global electronics industry, speed directly impacts time‑to‑market and project success. Expedited…
Blind Via Structure in Multilayer PCB HDI Design

Blind Vias & Buried Vias in PCBs – The Complete Engineering Guide

Blind vias and buried vias are core structures for high‑density interconnect (HDI) and high‑speed PCBs. They boost routing density, signal integrity, and miniaturization while optimizing layer stackups. This guide covers definitions, differences, design rules, manufacturing, and industrial applications for global engineers and buyers. Introduction As printed circuit boards become more compact and integrated, advanced via…
Hand soldering of SMD components

What is a Pad in PCB Design?

What are pads in PCBs? Learn their key roles in electronics design & manufacturing, explore common pad types, layout considerations, and why they’re critical for reliable PCB performance. What Are PCB Pads? A Complete Guide to Pad Types and PCB Layout Introduction Printed circuit boards (PCBs) are the backbone of modern electronics, connecting components to…

FAQs About Flexible PCB & Rigid-Flex PCB

A: We produce flex and rigid-flex PCBs from 1 up to 12 layers to meet different design demands.

A: Main materials include Polyimide (PI), PET and LCP, together with high-performance flexible laminates.

A: Board thickness ranges from 0.05 mm to 0.4 mm, and the minimum hole size is 0.1 mm with laser drilling support.

A: ENIG, OSP, immersion tin, hard gold and gold finger are available options.

A: Fast-turn prototypes can be completed within 24 to 48 hours for quick design verification.

A: Widely used in consumer electronics, medical devices, automotive, industrial equipment and telecom communication products.

A: Our products comply with ISO 9001, IATF 16949, UL and IPC-A-600 quality standards.

Similar Posts