Simple PCB Transfer




Introduction: Simple PCB Transfer

In the past I've made PCB's with a etch resistant feltpen or with seno transfer symbols. Making PCB's with UV masks and developing chemicals were'nt appealing either. Both ways are very anoyng and time consuming. So I came up with the folowing methode to transfer the design to the copper layer of the PCB board with easy and in a very short time.

In this very short instructable I will show you what I did to make a nice PCB.

Step 1: What You Need

You need:

  • A printable design of your circuitery
  • access to or in posession of a laser printer
  • a sticker sheet
  • Acetone
  • A polibloc or something else to clean the copper side(s) of your PCB
  • an etching agent like FE3CL
  • A laminator

Step 2: First Things First...

Asuming that you have designed a circuit ready for transferring to a PCB, first make some testprints on normal paper to check the measurements.

Then take a sticker sheet and pull off all of the stickers. Now you have a piece of paper with on one side a non sticking layer (were the stickers were situated) and some loose stickers. Throw away the stickers, you don't need them. This non sticking (I think silicon) layer on the stickerless sticker sheet is the side where you must print your design to (pic 2). Don't forget to print your design mirrored!

Make sure the copper layer is cleaned with the Polibloc or very fine sandpaper, then clean it with acetone (pic 3 and 4)

Step 3: Transferring

Lay down the sheet with the printed circuit upwards on a table and lay the board withe the copper side down, precisely on the printed circuit design (pic 1).

BE CAREFULL! Allthough the toner does not fall off of the paper by it self, it is'nt fixed! You can rub it out easely if you're not carefull. So you must beware of not to shift the PCB in relation to the sheet otherwise your tracks may be corrupting!

Now, while pressing down your PCB, carefully bent over one side of the paper and fix it with sticky tape to the backside of the PCB (pic 2).

Step 4: Fixing the Toner on the PCB

In the next step you must make shure not to shift the paper on the PCB. Shifting the paper with to much pressure can damage the toner patern.

Now take the PCB with the atached sheet and run it trough the pre-heated laminator (pic 1 and 2). To make the copper layer hot enough, repeat this a few times but be carefull: after every run the PCB is getting hotter and hotter!. After 4 runs trough the laminator pull up carefully a corner of the sheet to see if the toner patern is fixed properly, and if not all the toner is tranferred, run it trough the laminator again until all of the toner is transferred (pic 3 and 4). In this stage the sheet with the design is sticking fairly to the PCB and does not shift easely. But allways be carefull!

A ver fained marking left behind on the sheet is ok.

Check all the tracks and fill in any left aways with a permanent marker (trim the point with a sharp knife to make a thin point). The only spot where I have to do that was on a mounting hole. Everything else was ok!

The board is now ready for etching.

Step 5: After Etching

After etching it in your etching agent, rub off the toner with fine sandpaper or a Polibloc to make the copper tracks visible and check for anomalies (pic 1 and 2)

Step 6: The Result

The end result is a very nice PCB ready for drilling and soldering. There were no faults and even the tracks between two spots are perfect (you can see three of them on the pic).

Happy transferring!

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    4 Discussions


    2 years ago

    Nice! I don't have access to a laminator, but probably could find someone that would let me use theirs though. Been a long time since I made my own PCBs and those I did make were pretty simple and not very accurately made. Yours looks great!


    Reply 2 years ago

    Thank you. Yes it's indeed a nice result. It works really great with a laminator. My first attemt was with an iron (this could be an option if you don't have a laminator). But that was'nt a succes: the tracks were a bit blurry, I think due to moving the iron while pressing it on the PCB. After trying to run it trough a laminator I was suprised by the result. I never expected it to be so crispy sharp!. And that with so little efford comparing to the old school way (with a feltpen or symbol sheets I mean).

    You could try it with an iron but I strongly recomment a laminator.



    2 years ago

    Thanks. I think that with this technique double sided PCB's are also easy to do.


    2 years ago

    Nice job. :-) Indeed, we do the same technique.