Magnet Separator

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Introduction: Magnet Separator

Strong magnets can be incredibly useful and a lot of fun to play with. However, when two strong magnets get stuck together, they can be a pain to separate. To help with this problem, I built this magnet separating tool. I have found it to be super helpful and I hope you do too.

Supplies

Tools:

3D Printer and filament

Hex key (I used a 4mm one)

Materials:

4 Screws/bolts and nuts(I used 4mm)

1 rubber band


Step 1: Print the Parts

Print the top, bottom and connector. I used PLA but the magnet separator would likely be better with something stronger such as PETG, Nylon, or ABS. Attached here are the STL files, however at the end I will include the SolidWorks files in case you need to modify the design.

Step 2: Connect the Top and Bottom

After printing the parts, connect the top and bottom together with a bolt. Do not tighten it too much as the bottom piece will need to slide along the top one. I would recommend using a lock nut if you have one, however I did not and it still works fine.

Step 3: Add the Connector

The next step is to add the connector between the top and bottom piece. Simply line up the holes on either end with the hole in the middle of the handles. Then place a bolt through both, once again not too tightly.

Step 4: Add the Rubber Band

The rubber band is not absolutely necessary but is to have to keep the magnet separator open. First add a screw in the hole in the handle of the top piece. I recommend leaving some space between the nut and the handle to help keep the rubber band on. Push a rubber band through the middle hole in the connector and loop it back to the screw in the handle of the top piece as shown in the picture. Then stretch one part of the rubber band and wrap it around the screw connecting the top and bottom.

Step 5: Finished!

Now the magnet separator is fully assembled!

Step 6: Operation

Simply hold your stuck together magnets between the ends of the separator and squeeze as shown in the video.

Step 7: SolidWorks Files and Conclusion

I hope this Instructable has been at a minimum an interesting read, but ideally helpful and makes separating magnets a little bit easier for you. Also as mentioned before, here are the SolidWorks files.

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    2 Comments

    0
    NeilRG
    NeilRG

    1 year ago

    You obviously had specific types of magnets in mind when designing this. It would be more useful for separating ring or disk magnets if there were a vee notch in the jaws to keep the magnets from slipping out.

    0
    Randomcitizen4
    Randomcitizen4

    Reply 1 year ago

    Thanks for the feedback! I did actually consider that in this design. As long as the the magnet is far enough back in the jaws it stays in well enough. The jaws also coming in from the sides as opposed to a V shape ( think a normal set of pliers) helps to direct the force in between the magnets instead of pushing them out. My initial design was more along the V shape and was very simple, but pushed the magnets out too much so I switched to this design. Though I do like the idea of a notch too.