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The world is an interesting place, but it's fascinating up close.  Through the lens of a microscope you can find details that you would otherwise never notice.  But now you can.

This instructable will show you how to build a stand for about $10 that will transform your smartphone into a powerful digital microscope. This DIY conversion stand is more than capable of functioning in an actual laboratory setting. With magnification levels as high as 175x 375x Edit:  with the addition of a second lens magnification can be as high as 375x, plant cells and their nuclei are easily observed!  In addition to allowing the observation of cells, this setup also produces stunning macro photography.

The photos in this instructable were taken with an iPhone 4S.  

Watch the video below for a quick overview of the project!

Step 1: Materials and Tools

The cost of this project is just $10 (not counting the smartphone), and it only takes about 20 minutes to build. You can be viewing cells with your smartphone within the hour!

Materials required:
3x 4 ½” x 5/16” carriage bolts
9x 5/16” nuts
3x 5/16” wing nuts
5x 5/16” washers
¾” x 7” x 7” plywood  -- for the base
⅛” x 7” x 7” plexiglass  -- for the camera stage
⅛” x 3” x 7” plexiglass  -- for the specimen stage
Scrap plexi (~ 2"x 4") for specimen slide (optional but useful)
laser pointer focus lens (use two for increased magnification)
LED click light (necessary only for viewing backlit specimens)

Tools:
Drill
Assorted bits
Ruler

LINKS TO LENSES AND LIGHTS

Lights: http://www.amazon.com/FTmall-Pocket-Portable-Keychain-Flashlight/dp/B008O2KKYW/ref=lh_ni_t?ie=UTF8&psc=1&smid=A2B8SF4TS2YZYV
Lenses: If you don't have a laser, these lenses have produced comparable results:  http://www.aixiz.com/store/product_info.php/cPath/46/products_id/374/osCsid/37cabc139b4f03b0e0a522178defae7e

Love the simplicity of this and will definitely be taking inspiration. One question: how have you worked out the level of magnification you are getting?
The magnification was determined by using calibration micrometer slides and comparing the images obtained by this apparatus to the images from a digital microscope of known magnification.
<p>You don't need a calibrated digital microscope if you know the object size. Just measure a known size object on the display (that you claim the magnification for). For example, if a 1mm ruler mark is 100mm, measured on the screen, you have a magnification of 100. You can also use common objects, such as human hair, which is about 0.002 inch diameter as your &quot;calibration object&quot;.</p>
The LED light that is used in this instructable: <br> <br>Diamond Visions Inc 08-0775 Crazy Colored Stubby Keychain Led Flashlight
<p>I understand that you can use others as well?</p>
<p>this is awesome. I can't wait to try it out with my kid. thanks!</p>
<p>with my CNC router I just fabricated 72 kits which a friend gave away to children at the Portland makers faire. [ignor extra holes in base of prototype]</p>
<p>Love this.</p>
<p>Kudos to you and your friend! 72 inspired minds (likely more, because they'll share with their friends) Awesomeness!</p>
<p>Oh wow that&acute;s actually quite amazing. Keep up the great work.</p>
<p>What about using two lenses, how should I arrange them? Or the distance between?</p>
<p>thank you</p>
<p>Hello from Spain...<br> I love this, it is very clever.<br> I'll do it with a friend, and I'll tell you how it goes ...<br><br> Thank you very much for sharing</p>
<p>How I can convert it to phase contrast ??. I want to count cells using haemocytometer. </p>
<p>THE BEST!</p>
Hi Yo. Ingenius and Innovative setup you made there.<br><br>I am a Nigerian who studied Microbiology. Students in Nigeria find it difficult assessing a microscope because its very expensive and most schools dont even have a working one.<br><br>So as soon as i saw this setup, i couldnt help but wonder how helpful this cheap setup can be to students and how many thousands of dollars (millions in nigerian naira) one can make by harnessing, perfecting and commercializing this setup.<br><br>I am doubly sure that this setup can be improved enough to be able to view bacterial cells.<br><br>I am yet to practically construct this set up coz am still gathering the materials, but from the contributions so far, i havs some questions to ask<br><br>what is the magnification of the laser light lens?<br>a light compound microscope uses 2 kinda lenses - the objective lens (with a maximum mag of 100*) and ocular lens (with a maximum mag of 10*). this lenses are inclined at an angle to give us a total mag of 1000* whatever we are viewing (this mag can be used to view bacteria). So are the lenses in your setup inclined at an angle or simply stacked atop each other to get a more magnified view?<br>Lenses are made of tiny reflecting units, so is it possible to cut a big 100* lens into the size of the laser focus light lens so it can fit into the small drilled hole in your set up.<br><br>Pardon my long comment. I am seriously considering the prospects of perfecting and commercializing this setup to help students and also make some gains. thank you
<p>with nokia asha 210 and a laser pointer lens, i made microscope phone with only 5 minutes!! </p><p>Back cover of the phone has lens hole. I removed the plastic from inside and make the hole a little bigger with knife. After that i inserted the lens. And ready to make about 100x mag anywhere.</p>
<p>Which lenses exactly make the best microscope then? Would a dollar store laser lens be equivocal to what you find in say a petsmart laser pointer? Also getting a linking problem on the page, it takes you to some acrylic lenses on both links. I got one to work! Very fun, I think I need to make the stage less wobbly and it was hard to drill through the plexiglass, since it is so polished and the bit just won't start so it cracked where I put in my microscope lens. A little rubber cement will hold the lens if it drops through! </p>
<p>I just bought a dollar store laser pointer/Led flashlight &amp; let me tell you it's complete waste of a dollar. There was no way to take out the lense. </p>
I did manage to remove the lense from the brass casing. Part of it needs to be twisted free or carefully use a drill bit by hand to extract the lense from the surrounding container. Needle nose pliers help, you may need to bread away the brittle container edges.
And yeah is it important to use glass on the top?
And yeah is it important to use glass on the top?
Hi first of allits amazing got my attraction and the best incredible second can i use a normal glass instead of plexiglass plz reply fast, thanks in advance
Sorry for the wrong spellings and some words
<p>Looks awesome, I will try it as soon as I have free time.</p>
<p>Does this make traditional light microscopes redundant given their weight and lack of photography ability usually?</p>
<p>I made two modifications. I made it a &quot;4-poster&quot; and expanded the depth to 10&quot; to accommodate an iPad mini. I also glued together two pieces of Plexiglas (one 1/8&quot; and one 3/8&quot;) to create a thicker top. This allowed me to easily insert two lenses.</p>
Easy to follow instructions, made some modification with object &quot;shelf&quot;, I had to secure it with a set of rubber band so it would not tilt away. Fine adjustment for lens is required, as it has a very tiny depth of field. Used a laser pointer lens.
<p>I made it with a few modifications...</p><p>I made it larger to accommodate tablets (my school has a 1-1 iPad program) 9' x 11&quot; with the lens centered allows an iPad to be set on the plate sort of crooked and used.</p><p>Options at the big orange store were lexan or acrylic sheet in .903&quot; or .22&quot;. Decided to try the thinner cheaper acrylic sheet (1/2 the cost). Works fine so far (and easier to cut). </p><p>Only cheap LED flashlights I could find were tall, so I used 5.5&quot; bolts. </p><p>Took a little experimentation to get the image in focus (slide stage has to be VERY close to camera). We'll see how it works for yeast cells on Monday! </p><p>(it is ugly, yes, but it was a quick job and I had help from a 3 year old!)</p>
<p>I did it! :) Made entirely of plexiglass except the bolt offcourse. I used one central wheel for focusing instead of two. I made pretty cool images with it. You can see spider's &quot;skeleton&quot; and mosquito's hairy leggs. Amazing idea, but I'm not sure about magnification because I used CD ROM lens, I doubt it has 375X but it's just fine. And I used LED strip instead of flashlight.</p>
<p>Do you think a CD ROM lens would work better?</p>
<p>Hi,</p><p>Why don't you make an instructable of this! I'm very interested in this version because of the one central focusing wheel.</p><p>Thanks in advance</p>
<p>Hi, <em> I don't have time to make instructable about this, I'm very busy. I can send you some pics and there you can see how it's made.</em></p>
<p>I really liked your design, so I made a mockup of it in TinkerCAD with appropriate dimensions and all.</p><p>To those interested in making it, you can pull it apart to see all of the pieces and holes that need to be made. <br><br><a href="https://www.tinkercad.com/things/5X5LnyAjOmo-acrylic-smartphone-microscope-stand" rel="nofollow">https://www.tinkercad.com/things/5X5LnyAjOmo-acryl...</a></p>
<p>I also added a toggle-able double lens functionality and all you need is a rubber grommet and a spare piece of acrylic.</p>
<p>Great job! Did you get greater magnification with double lens?</p>
<p>Super DIY !!! Did you use two lenses for this build?</p>
<p>TNX ...nope, just one lens.</p>
<p>What lazer pointer did he use?</p>
<p>Awesome idea, thanks I'm going to have to try this out.</p>
<p>I hope someone will see this - how do you stack the lenses ? Which side goes where.</p><p>I bought AiXiZ lenses from the link. Do i need to get them out of the casing and if so how do i do that ? Its super hard.</p>
<p>Update i have made the project and it has ~30x magnification NOT 375x With AiXiZ lens from ebay - so to notify the others DO NOT buy them if you want to make this project. I have stacked 2 lenses but somehow the magnification is not much greater than with just one. So yeah a vid with 300x mag would be nice. Since the pics where the home-made microscope is included are similar to mine (~30x magnification) meaning it either can't be done with plain laser lenses or if it can it cannot be done with aixiz.</p>
<p>Do you think this would work to take pictures of snowflakes? I'm thinking of building these with my Grade 10 science class</p>
<p>The text of your link to the lights is correct, but the underlying link is the same as the link to the lenses. </p>
<p>10$ only !? . </p><p>Wonderful subject<br>It deserves praise from everyone</p><p><a href="http://www.al3aby.com" rel="nofollow">العاب فلاش</a></p><p>العاب تلبيس</p><p>العاب دورا</p><p>لعبة من سيربح المليون</p><p>لعبة جاتا</p><p>لعبة زوما</p><p>لعبة المزرعة السعيدة</p><p>لعبة البيرة</p>
<p>Wonderful Instructable! I'm just curious; am I the only person who can't quite hear the video? Fortunately the CC are good. I'm sharing this with all of my young science wizards.</p>
<p>can it be used as a diagnosis tool</p>
<p>can we view cells with this like stomata etc</p>
<p>I made this with a couple small modifications. Perhaps because of the particular laser pointer lens I used, the nuts supporting the camera stage did not allow the object on the specimen stage to get close enough for good focus. So I glued the camera stage to the topmost nuts using JB Weld epoxy and left out those nuts. Also, when I had my smartphone lens lined up properly with the laser pointer lens, I drew a Sharpie line around the phone so I would know where to put it next time. I used a different light, simply because I had it. The picture shows the beginning of the word &quot;LIBERTY&quot; on a dime. I am very impressed with this Instructable, and I will put my new microscope to good use.</p>

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