Multilayer PCB Fabrication

Get an instant online quote for manufacturing of Multilayer PCBs. SprintPCB provides flexible and transparent pricing for fast and easy ordering.

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rigid pcb

Instantly quote, rigid PCBs up to 30 layers

  • Built to IPC-6012 class 2 specs
  • UL approved
  • Complete DFM check by our CAM engineers
  • Big selection of different surface finishes and materials
  • Edge plating, gold fingers/edge fingers, etc.

Ready to start building with the highest quality Multilayer PCBs?
SprintPCB engineers can help you efficiently manufacture your rigid Multilayer PCBs.


Technical specification

Number of layers

4 – 16 layers standard, 24 layers advanced, 30 layers prototype

Technology highlights

Multiple layers of epoxy glass fiber bonded together with multiple layers of copper of varying thicknesses


High performance FR4, halogen-free FR4, low loss and low Dk materials

Copper weights (finished)

0.5 OZ – 6 OZ

Minimum track and gap

0.075 mm / 0.075 mm

PCB thickness

0.40 mm – 7.0 mm

Maxmimum dimensions

580 mm x 650 mm

Surface finishes available

HASL (SnPb), LF HASL (SnNiCu), OSP, ENIG, Immersion Tin, Immersion Silver, Electrolytic gold, Gold fingers

Minimum mechanical drill

0.15 mm

Why SprintPCB can Provide the most

competitive PCBs

Under the long-term strategic cooperation agreement with laminate supplier , the price we get is 10% cheaper than most competitors

PCB Inner / outer layers fab with LDI equipment, the automatic production reduce our labor cost 5%

Lean manufacturing increases product yield

About SprintPCB

We can provide competitive price and guarantee the quality requirements of customers without excess quality. Our technical level can meet most of the industrial control and consumer products.

Customers served! 1936  Since 2007
Customers served! 1936  Markets
Customers served! 1936 %  On time delivery

Manufacturing Equipment at SprintPCB

SprintPCB operate with most advance equipment in the industry to provide efficient production and high quality products with value added to our partners

Trusted by innovators since 2007

In the race to build tomorrow, SprintPCB engineers and PCB designers continually patent new technologies,
crossing design barriers—to help innovators bring new products to market.


"I am extremely satisfied with the quality of the PCBs you manufacture. The solder pads on each board are very smooth and the connections are very strong. I have worked with other manufacturers before, but the quality was always subpar. Since switching to SprintPCB, the quality of my projects has significantly improved. Thank you for your outstanding manufacturing process!"

 - John Smith


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FAQ about Multilayer PCBs

What is a multilayer PCB?

A multilayer PCB is a printed circuit board that consists of multiple layers of conductive material sandwiched between insulating layers. This type of PCB is used for complex electronic circuits that require more space for routing and component placement.

How does a multilayer PCB differ from a single-layer PCB?

A single-layer PCB only has one layer of conductive material, while a multilayer PCB has multiple layers of conductive material. The multiple layers in a multilayer PCB allow for more space for routing and component placement, making it possible to create more complex circuits.

What are the advantages of using a multilayer PCB?

Some of the benefits of using a multilayer PCB include increased circuit density, improved performance, reduced electromagnetic interference, and reduced circuit size.

What materials are used in the construction of a multilayer PCB?

The materials used in a multilayer PCB typically include a substrate material, conductive layers (such as copper), insulating layers (such as polyimide or FR4).

How are multilayer PCBs manufactured?

Multilayer PCBs are typically manufactured using a process that involves layering, drilling, etching, and laminating. The process starts with the creation of a substrate, followed by the deposition of conductive layers and insulating layers. The layers are then drilled to create vias and holes for component placement. Finally, the board is laminated to ensure stability and durability.


We would love to respond to your queries and help you succeed.

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