How to Make a Circuit Board: Make PCBs at home!

By Suraj Gehlot

Circuit board making and PCB design tutorial

If you are into electronics, PCBs are some of the most common things you will see. These boards make our lives easier by eliminating all those connecting wires and breadboards. If properly designed, it will reduce the size of your device and can look very sexy.

What is a circuit board? A printed circuit board (PCB) mechanically supports and electrically connects electronic components using conductive tracks, pads, and other features etched from copper sheets laminated onto a non-conductive substrate. A printed circuit board has pre-designed copper tracks on a conducting sheet. The pre-defined tracks reduce the wiring, thereby reducing the faults arising due to loose connections. One simply needs to place the components on the PCB and solder them.

In this tutorial, I will show you how you can make circuit boards at home easily. Doing so will save you a lot of time from debugging and double checking the connections on a breadboard. You can even make your own Arduino after going through this DIY Arduino tutorial after this one. So, sit back and see how it’s done!

What are the different ways to make a Circuit Board?

There are in all three basic methods to make a PCB:

  1. Iron on Glossy paper method.
  2. Circuit by hand on PCB.
  3. Laser cutting edge etching.

Since laser method is the industrial method to make PCBs, we will go into detail for the first two methods.

PCB Design:

PCB design is usually done by converting your circuit’s schematic diagram into a PCB layout using PCB layout software. There are many cool open source software packages for PCB layout creation and design.

Some are listed here to give you a head-start:

  1. Cadsoft Eagle
  2. PCBWizard

Designing a Circuit Schematic in Cadsoft Eagle:

In Eagle: File> Export>ImageBe sure to set DPIG to 1200 for better quality

What Materials are Required to Make a Circuit Board?

Circuit board making and PCB design tutorial

You also need: FeCl3 powder/solution (same as etching solution), photo/glossy paper, a permanent black marker, a blade cutter, sandpaper, kitchen paper, and cotton wool.

For this tutorial, let’s consider making a PCB for a simple project- a Touch Switch using IC555.

STEP 1: Take a printout of circuit board layout

Take a print out of your PCB layout using a laser printer and the A4 photo paper/glossy paper. Keep in mind the following points:

  • You should take the mirror print out.
  • Select the output in black both from the PCB design software and the printer driver settings.
  • Make sure that the printout is made on the glossy side of the paper.
Circuit board making and PCB design tutorial

PCB print on the glossy side of the paper

STEP 2: Cut the Copper Plate for the Circuit Board

Cut the copper board according to the size of the layout using a hacksaw or a cutter.

Circuit board making and PCB design tutorial

Copper clad plate

Circuit board making and PCB design tutorial

Cutting the plate








Next, rub the copper side of the PCB using steel wool or abrasive sponge scrubs. This removes the top oxide layer of copper as well as the photoresist layer. Sanded surfaces also allow the image from the paper to stick better.

Circuit board making and PCB design tutorial

Rubbing away the top oxide layer

STEP 3: Transfer the PCB Print onto the Copper Plate

Method 1: Iron on Glossy Paper Method (For Complex Circuits)

Transfer the printed image (taken from a laser printer) from the photo paper to the board. Make sure to flip top layer horizontally. Put the copper surface of the board on the printed layout. Ensure that the board is aligned correctly along the borders of the printed layout and use tape to hold the board and the printed paper in the correct position.

Circuit board making and PCB design tutorial

Place the printed side of the paper on the plate

Method 2: Circuit by Hand on PCB (For Simple and Small Circuits)

Using the circuit as a reference, draw a basic sketch on the copper plate with a pencil. Once your sketch looks good, trace over it with a permanent black marker.

Circuit board making and PCB design tutorial

Using the permanent marker to sketch the PCB

STEP 4: Iron the Circuit from the Paper onto the PCB Plate

  • After printing on glossy paper, we iron it image side down to the copper side, then heat up the electric iron to the maximum temperature.
  • Put the board and photo paper arrangement on a clean wooden table (covered with a table cloth) with the back of the photo paper facing you.
  • Using pliers or a spatula, hold one end and keep it steady. Then put the hot iron on the other end for about 10 seconds. Now, iron the photo paper all along using the tip while applying a little pressure for about 5 to 15 mins.
  • Pay attention to the edges of the board – you need to apply pressure and do the ironing slowly.
  • Doing a long hard press seems to work better than moving the iron around.
  • The heat from the iron transfers the ink printed on the glossy paper to the copper plate.
Circuit board making and PCB design tutorial

Iron the paper onto the plate

CAUTION: Do not directly touch copper plate, IT WILL BE VERY HOT FROM THE IRON.

After ironing, place the printed plate lukewarm water for about  10 minutes. The paper will dissolve, then you can remove the paper gently. Remove the paper by peeling it from a low angle.

Circuit board making and PCB design tutorial

Peeling the paper

In some cases, when removing the paper, some of the tracks get fainted. In the figure below, you can see that the track is light in color, hence we can use a black marker to darken it as shown.

Circuit board making and PCB design tutorial

Light trace

Circuit board making and PCB design tutorial

Darkening the trace








STEP 5: Etch the Plate

You need to be really careful while performing this step.

  • First, put on rubber or plastic gloves.
  • Place some newspaper on the bottom so the etching solution does not spoil your floor.
  • Take a plastic box and fill it up with some water.
  • Dissolve 2-3 teaspoons of ferric chloride power in the water.
  • Dip the PCB into the etching solution (Ferric chloride solution, FeCl3) for approximately 30 mins.
  • The FeCl3 reacts with the unmasked copper and removes the unwanted copper from the PCB.
  • This process is called Etching. Use pliers to take out the PCB and check if the entire unmasked area has been etched or not. In case it is not etched, leave it in the solution for some more time.
Circuit board making and PCB design tutorial

Etching the plate

Gently move the plastic box to and fro so the etching solution reacts with the exposed copper. The reaction is given as:
Cu + FeCl3 = CuCl3 + Fe
After every two minutes, check to see if all the copper has been removed. If it hasn’t, then place it back in the solution and wait.

CAUTION: Always use gloves while touching the plate with the solution.

Circuit board making and PCB design tutorial

Etched copper plate

STEP 6: Cleaning, Disposal, and the Final Touches for the Circuit Board

Be careful while disposing of the etching solution, it’s toxic to fish and other water-based organisms! Don’t even think about pouring it in the sink when you are done, it is ILLEGAL and might damage your pipes (hehe, who knew you could get arrested while making a PCB?!). Instead, dilute the etching solution and then throw it away somewhere safe.

A few drops of thinner (nail polish remover works well) on a pinch of cotton wool will remove completely the toner/ink on the plate, exposing the copper surface. Rinse carefully and dry with a clean cloth or kitchen paper. Trim to final size and smoothen edges with sandpaper.

Circuit board making and PCB design tutorial

Removing the ink

Now, drill holes using a PCB driller like this PCB driller and solder all your cool components to the board. If you want that traditional green PCB look, apply solder resistant paint on top PCB lacquer. And finally, your super cool circuit board will be ready!

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Showing 25 comments
  • larry

    what if I draw the circuit diagram with marker then transfer it onto the pcb board….like how we darken the fainted path with marker?

  • Seun

    Hello,can I use normal home made printer to print the PCB?

    • Mikkie

      Yes stupidy

  • rajendra

    how can i select the exact size of the print out so that i can match the exact size of the used components

  • arjun simha

    in home there is a way to make the circuit board without printing ….if it is possible to create that circuit board .., there is any rules to manage that the certain circuit board without printing…..can you give any review about my question [email protected]@@@@@@@

  • dineshkumar
  • dineshkumar


    i made my own pcb board at home

    click Here:

  • vikash kushwaha

    Thanks for step by step instructions provide us.

  • Latmous25

    Please were can i see all the material to buy.

  • Raunak

    I am confused which PCB to buy: Glass Epoxy or Paper Phenolic.
    Pls help me out.

    • Bruce

      It all depends on what you want to use it for phenolic will work good for prototypes glass epoxy will hold up better in a humid environment.

  • Mukesh Patel

    Thanks for such step by step Tutorial!

    We are Printed Circuit Board in Gandhinagar in Gujarat since 2015. This post is very informative for our technical professional who have been engaged in manufacturing all type of best quality PCB in Gandhinagar.

  • Alan Reardon

    Being a proponent of cruder, more hand-made approaches to just about anything normally fabricated by those damn robots, I especially enjoyed your latter technique (the first one kinda takes the fun out of it if you ask me). If you aren’t aware of it, 3M makes some incredible conductive tape products that I’ve used for the very same purpose. Check it:

  • sadanandan eruvankai

    Very good tutorial for beginners and small hobbyists. I feel a printout from a inkjet printer will give a better result. Please advise.

  • Mukeem Ahmad

    thank you sir
    It’s a very helpful tutorial for beginners.
    thanking you…

  • Eleanor

    I enjoy looking through an article that will make mmen and women think.
    Also, thank you for allowin mee to comment!

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  • Jorcy

    If you are interested in electronic circuit design, I’d like to share you with some useful tutorials it’s helpful to my study. I wish it will help you too. I’d like to recommend a great web-based EDA tool for electronics engineers, educators, students, makers and enthusiasts. EasyEDA is a free, zero-install, Web and cloud-based EDA tool suite, integrating powerful schematic capture, mixed-mode circuit simulation and PCB layout

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  • Kamlesh Jethwani

    Very helpful tutorial for beginners. Thanks a lot. :)

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