Conventional Single-sided PCB is the simplest type of printed circuit board, consisting of a single layer of conductive material, typically copper, applied to one side of an insulating substrate. This layout allows electronic components to be mounted and connected on one side using conductive paths, or traces. Ideal for low-density designs, single-sided PCBs are cost-effective and widely used in basic electronics, including consumer gadgets and power supplies, due to their simplicity and ease of manufacturing.

Manufacturing Processes

Given the emphasis on cost and low complexity, single-sided boards are generally produced in highly automated, conveyorized print-and-etch lines, using the following basic process flow.

  • 1
    Engineering: DFM check, EQ confirmation, MI perparation.

  • 2
    Laminate cutting: cut substrate into appropriate panel size.

  • 3
    Loading: place panels in loader which feeds them into the production line.

  • 4
    Panel cleaning, remove contaminants such as dust, grease, and residual.

  • 5
    Printing Ultra violet curable etch-resist ink then cure.

  • 6
    Exposed copper etching.

  • 7
    Striping: strip the resist.

  • 8
    Applying solder mask.

  • 9
    Legend printing.

  • 10
    Holes: Drilling for glass-based substrate or punching for paper-based substrate.

  • 11
    E-testing: test for shorts and opens.

  • 12
    FQC & FQA, follow IPC standard to check and assure the quality of the board.

  • 13
    Packing & Shipping.

Process Variations

In some variations, the conductor surface of the PWB gets insulated, exposing only pads, and then conductive paste is screened to form additional conductors on the same side of the board, thus forming double conductive layers on a single side. Most metal-core PWB consumer applications are made of aluminum substrate, which comes as a copper-clad material. PWBs made of such material do not have through-holes, and components are usually surface-mount types. These circuits are frequently formed into three-dimensional shapes.

Single-sided PCB Stackup

Basic stackup structure of single-sided PCB, base on different dielectric types and thicknesses, the detailed stackup can be vary.

Material Selection Guide

Comprehensive material list with key parameter details attached to help you choose the best materials for your projects.

No.TypeVendorModelBase ColorFlammability
1XPCKBKB-1150TanHB////Paper based phenolic copper clad laminates,Low cost
2FR-1KBKB-3151CTanV0////Paper-based; CTI 175V / 600V; Wide applications , flammability with UL94V-0 grade
3FR-1KBKB-3151HSTanV0////Paper-based; CTI>=600V;High thermal and insulation properties
4FR-1KBKB-3152TanV0////Paper-based; CTI¡Ý175/600V; Halogen free
522FKBKB-5152YellowV0////Paper-based; Excellent punching property
6CEM-1KBKB-5150Yellow,White,pure-whiteV0////Excellent punching property; CTI 175V/ 300V/ 600V
7CEM-1KBKB-5150AYellow,White,pure-whiteV0////Excellent punching property; CTI 175V/ 300V/ 600V
8CEM-1KBKB-5150&Yellow,White,pure-whiteV0////Excellent punching property; CTI 175V/ 300V/ 600V
9CEM-1KBKB-5150HYellow,White,pure-whiteV0////Excellent moisture and thermal resistance; CTI 300V
10CEM-1KBKB-5252NaturalV0////Halogen free; CTI 175V
11CEM-1KBKB-5150GNaturalV0////Halogen free; CTI 600V
12CEM-1SYS3110Lvory WhiteV0//6.2/Lower warpage; 400 ¡Ü CTI < 600
14CEM-1SYQ360GV0//6.2/Halogen free; CTI¡Ý600V
15CEM-3KBKB-7150Milky-white; Natural; YellowV0///Better drilling performance than FR-4; CTI 175V/ 600V
16CEM-3KBKB-7150CMilky-white; Natural; YellowV0///Better drilling performance than FR-4; CTI 175V/ 600V
17CEM-3KBKB-7150TLight GrayV0High thermal conductivity; CTI 600V

Top Brand Suppliers We Use

Explore our major suppliers offering top-quality products. We use top brand laminate and solder mask suppliers to guarantee quality from the source.

State-Of-The-Art Equipment

Our cutting-edge technology plus morden equipments to ensures unparalleled performance and reliability for all your needs.

Technical specifications

Explore the technical specifications of our top-quality PCBs. Discover how we ensure reliability and performance with detailed specs.

No. Item Feature Standard Advanced
1 Layer Count 1
2 Material Type Row 2, Content 3 Row 2, Content 4
3 Vendor Row 3, Content 2 Row 3, Content 2
4 Finished Thickness Min~Max
5 Trace Width/Space Min
6 Drilling Min~Max
7 Copper Thickness Min~max
8 Solder Mask Vendor
9 Color
10 Type
11 Min dam(base on green color)
12 Registration tolerance
13 Min thickness(above trace)
14 Silkscreen

Value-Added Services

From quickturn prototype PCB manufacturing to Assemblied PCB, we have got you covered.

Free DFM Check

PCB Layout optimization, EQ confirmation, to improve production yield and cost reduction.

Quickturn PCB Manufacturing

As quick as 24 Hours for Prototype PCB manufacturing, small series as fast as 5~7 days.

Prototype PCB Manufacturing

No MOQ limit, PCB Prototype as less as one single piece. Even one piece we care.

HMLV Orders

Focus on High-Mix-Low-Volume PCB Manufacturing for more than 10 years.

Components Sourcing

Hard-to-find components sourcing; NRND components substitue; global network.

Quick turn PCB Assembly

24 Hours PCB Assembly upon all components secured. Medium batch as fast as 3~5 days.

Prototype PCB Assembly

Focus on High-Mix-Low-Volume PCB Manufacturing for more than 10 years.

Turnkey PCB Assembly

From PCB Manufacturing, Parts Procurement to PCB Assembly, we have got you covered.

Frequently Asked Questions

We have FR-1, CEM-1, CEM-3 and FR-4, also Aluminum and copper-based substrate. Will always follow your requirement to do.

Limited Design Complexity: Only suitable for simple circuits with low component density;
Space Constraints: Limited space for routing connections and placing components;
Performance: Not suitable for high-speed or high-frequency applications due to potential interference and signal integrity issues.

We prefer Gerber RS-274x, however other formats like ODB++(.tgz), Altium Designer(.PcbDoc), Eagle(.brd) also accepted. 

The turnaround time varies depending on the complexity and quantity of the order but typically ranges from 5 working days to a couple of weeks.

Cost-Effective: Cheaper to manufacture compared to double-sided or multilayer PCBs; Simplicity: Easier to design and produce, making them suitable for simple and low-density circuits; Repairability: Easier to repair and troubleshoot due to the single layer of circuitry.

Eagle, Altium Designer, KiCad, EasyEDA, OrCAD.

Yes, but the design must consider the current-carrying capacity of the traces and ensure adequate heat dissipation. Thicker copper layers and wider traces are often used for high-current applications.

We run visual Inspection, electrical testing and thermal testing for every board before ship, even single-sided PCB, NOT because they are simple but NOTinspection.

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