CHINA PCB MANUFACTURER SINCE 2005
Custom PCB Manufacturing for Prototype and Production
Reliable custom PCBs —from fast-turn prototypes to volume production.
Rigid/Multilayer/HDI/Flexible/Rigid-flex/Metal Core/and High-Frequency PCB fabrication
Backed by engineering review and controlled quality.
PCBHIGH PCB Fabrication
We support custom PCB fabrication for rigid PCB , flexible PCB, rigid-flex PCB , HDI PCB, metal core PCB, heavy copper PCB, and controlled impedance PCB project, covering single-sided boards and complex multilayer constructions, with support for prototype builds, repeat production, material selection, surface finish options, and electrical testing requirements.
Fabrication capability is often reviewed by layer count, board thickness, copper weight, via structure, surface finish, and testing options ect. before requesting a quotation.
PCB Manufacturing Capabilities
The following overview highlights the main PCB fabrication capabilities buyers and engineers usually review before requesting a quotation. If your project includes special materials, controlled impedance, heavy copper, advanced via structures, or application-specific requirements, our team can review them based on your fabrication data and end-use needs.
|
Features |
Options |
|---|---|
|
Sizes |
Maximum 533.4 × 762 mm |
|
Quantity |
1-1million pcs |
|
Layers |
Single-sided, Double-sided, Multilayer PCB 1- 64 layers; HDI PCB 1-32 layers |
|
Min. Line Width |
0.076mm/3mil |
|
Min. line spacing |
0.075mm (3mil) |
|
Min. drilled hole size |
0.08mm [0.003″] |
|
Board Thickness |
0.1mm – 8.0mm |
|
Copper Thickness |
1oz-13oz 0.25oz-10.0oz |
|
Finish Cooper |
1-13oz |
|
Materials |
FR4, High Tg FR4, Rogers, Polyimide, Aluminum, Nelco, Halogen-Free, Shengyi, Isola, Arlon, Dupont, Nanya |
|
Via Structures |
Blind vias, buried vias, via-in-pad, filled vias, laser drilling for HDI structures |
|
Special Options |
Controlled impedance, heavy copper, lead-free PCB, RoHS compliant fabrication |
|
Surface Finish/Treatment |
HASL/HASL lead-free, OSP, ENIG, Immersion Silver, Immersion Tin, EPIG, ENEPIG, Gold Flash etc |
|
Solder Mask Color |
Green, Red, Yellow, Blue, White, Black, Purple, Matte Black, Matte green |
|
Silkscreen |
White, Black |
|
Testing |
Netlist testing, continuity testing, FPT(flying probe testing), interconnect stress testing, X-ray inspection |
Advanced PCB Capabilities
Higher-complexity projects we supported and which areas typically require tighter engineering coordination.
| Coverage | Description | Details |
| HDI Structures | HDI construction | Laser-via HDI, blind/buried via builds, stacked or staggered buildup structures |
| Laser Via | Laser microvia | Standard min 4 mil; 3 mil subject to review |
| HDI Build-up | Laser build-up stages | Prototype: Maxmun 5-stage laser build-up; Production-oriented structures reviewed by project |
| Blind / Buried Vias | Advanced via structures | Blind via, buried via, via fill, and mixed multilayer interconnect structures |
| Sequential Lamination | Multi-lamination support | Repeated lamination on the same core up to 5 cycles in reviewed structures |
| Backdrilling | Backdrill capability | Backdrill support for signal integrity and high-speed designs; minimum backdrill hole diameter from 0.15 mm for plated holes |
| Backdrill Accuracy | Backdrill depth tolerance | Prototype ±0.02 mm; production ±0.03 mm |
| High-Speed Materials | Low-loss / high-speed laminate support | Material systems for 1–5G, 5–10G, 10–25G, and above-25G classes depending on stackup and sourcing route |
| High-Frequency Materials | RF and microwave material support | Selected Rogers, Taconic, Arlon and related ceramic-filled or PTFE-based systems |
| Hybrid Constructions | Mixed material stackups | High-speed, high-frequency, ceramic-filled, PTFE, and hybrid rigid constructions for selected applications |
| Fine Pitch / BGA | Fine-pitch routing | Advanced BGA fan-out and fine-line routing available for suitable pad and finish structures |
| Hole-to-Copper Control | Tight clearance structures | Reduced drill-to-copper and laser-via-to-conductor spacing available for reviewed structures |
| Special Hole Structures | Complex mechanical hole features | Stepped holes, tapered holes, controlled-depth slots, plated and non-plated slot processing |
| Special Surface Finish | Advanced finish combinations | ENEPIG, selective gold, hard gold, gold fingers, ENIG + OSP, and other finish combinations for selected applications |
| Heavy Copper Builds | High-copper advanced structures | Heavy copper routing and multilayer constructions with copper-dependent line control |
| Reliability-Oriented Projects | Advanced process verification | Cross-section, impedance verification, high-pot, ionic testing, Tg test, peel strength, IR reflow, thermal chamber and related checks |
PCB Types We Manufacture
Rigid PCB 
Multilayer PCB 
HDI PCB
BGA PCB 
Flexible PCB 
Rigid-Flex PCB
Metal Core PCB 
High Frequency PCB 
Heavy Copper PCB
Custom Your PCB
PCB Layers
Common PCB layers include single-sided, double-sided, and multi-layer boards. When choosing, consider the complexity of your circuit. Simple circuits use single or double-sided boards. Complex circuits benefit from multi-layer boards.
1.Single Side PCB
The Single-Sided PCB stands out as the most straightforward and prevalent type of printed circuit board. It was the first platform to connect electronic parts and make working systems. The consumer electronics industry used these boards. They were important for device connectivity.
2.Double Side PCB
Double-sided PCBs have circuits on two layers. These layers are connected through Plated Through Holes (PTH) based on the design. This complexity surpasses that of Single-Sided PCBs.
Double-sided PCBs have circuits on two layers. These layers are connected through Plated Through Holes (PTH) based on the design. This complexity surpasses that of Single-Sided PCBs.
3.Multi Layer PCB
A Multi-Layer PCB has more layers compared to a Double-Sided PCB. The board has many layers with holes connecting them. This type of PCB is more complex than a Double-Sided PCB.
Main Types of PCB Materials
01. Standard FR-4
Standard epoxy-glass laminates, are widely used for general-purpose rigid PCBs.
02. High-Tg FR-4
With higher thermal stress, they offer excellent thermal stability, low CTE and anti-delamination performance, ideal for multi-layer PCBs exposed to repeated soldering heat. Common use: industrial boards, automotive electronics, power modules.
03. Halogen-Free Materials
Eco-friendly PCB laminate. Halogen-Free materials are eco PCB laminates with restricted bromine & chlorine. Low toxic fumes when burned, for green electronics which have environmental requirements.
04. Rogers / Low-Loss Laminates
Rogers laminates are high-frequency PCB substrates with stable Dk and ultra-low dielectric loss. Perfect for RF, microwave, high-speed, controlled-impedance designs.
05. PTFE-Based Materials
PTFE (Teflon) laminates are premium high-frequency PCB substrates. They provide extremely low dielectric loss and stable Dk across wide frequency and temperature ranges. Well suited for microwave, mmWave radar, antenna and satellite communication circuits.
05. Aluminum Core Materials
Metal substrate with Aluminum-based metal-core structures. This materials are superior in thermal performance, commonly evaluated for power electronics, LED systems, and other thermal-management applications.
06. Copper Core Materials
Copper base PCB substrate has outstanding thermal conductivity. It can quickly dissipate heat from high-power components to reduce junction temperature. Widely used for high-power LEDs, power modules and automotive electronics.
07. Polyimide Materials
Polyimide-based materials can support bending and compact packaging. They are flexible & high temperature resistant substrate widely used for flexible PCB (FPC) and rigid-flex circuit structures.
08. Ceramic Materials
Ceramic substrates feature excellent thermal conductivity and high insulation strength. They maintain stable electrical performance at high temperatures, ideal for power semiconductors and high-density power modules.
09.
Custom Specified Materials
Polyimide-based materials are widely used for flexible and rigid-flex circuit structures because they can support bending, compact packaging, and elevated-temperature environments.
PCB Fabrication Options We Support
We support a wide range of PCB fabrication projects for different structural, thermal, electrical, and reliability requirements. Common manufacturing options include multilayer PCBs, HDI PCBs, rigid boards, flex and rigid-flex constructions, heavy copper designs, metal core PCBs, high-frequency boards, and impedance-controlled PCB fabrication.
Materials, Surface Finishes And Testing Options
Material selection, surface finish choice, and testing requirements all affect PCB reliability, manufacturability, lead time, and end-use performance. We support a broad range of standard and application-specific fabrication options for both prototype and production PCB requirements.
What To Prepare Before Requesting A PCB Quote
To receive a faster and more accurate PCB fabrication quotation, please prepare your Gerber files or fabrication drawings together with the main manufacturing requirements. Clear project information helps our team review your PCB structure, material selection, surface finish, testing needs, and delivery expectations more efficiently.
Before submitting your inquiry, we recommend preparing the following details:
- Gerber files or fabrication drawings
- PCB type or application description
- Layer count
- Board dimensions and thickness
- Base material requirement
- Copper weight
- Surface finish requirement
- Quantity and target delivery schedule
If some details are still under review, you can still send the available files and project notes first, and our team can check the fabrication requirements based on the current data package.
PCB Fabrication FAQ
What PCB layer counts do you support?
What is your minimum trace width and spacing capability?
What board thickness range can you manufacture?
Which surface finishes do you offer?
Do you support controlled impedance and HDI PCB fabrication?
What testing options are available before shipment?
What files do you need for a PCB fabrication quote?
Can you support prototype and production PCB manufacturing?
Ready To Request A PCB Fabrication Quote?
Send your Gerber files and fabrication requirements to receive a custom PCB quotation from our engineering and manufacturing team. We support prototype, low-volume, and production PCB manufacturing projects based on your technical specifications.
Request a PCB Quote
Email Gerber Files