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Picture of Woodpunk LED Desk Lamp
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The Woodpunk LED Desk Lamp is the result of being inspired, perhaps more than a year ago, by a design I saw on a design blog.  It's a bit of a pet peeve that all these fantastic ideas are flaunted but never produced.  So, I set about making my own wooden desk lamp, and I am extremely pleased with the results.  The lamp that served as the inspiration for the Woodpunk actually has since gone into limited production, but of course it's ridiculously expensive.  And besides, I still like mine better!

The majority of the lamp is made of 1/4" and 1/2" Baltic Birch plywood.  I love using this stuff to make things - a quick skim of my other instructables will confirm that!  It's strong and stable and easy to cut - and it's made of a renewable resource!  What's not to love?  Wood dowels serve as the joints.  The springs and socket were stolen from two old lamps; one skillfully located at a thrift store by my wife, and the other was just taking up space in my house (and also "donated" by my wife).  The LED lamp draws just 3W to produce 180 lumens, enough to illuminate a small work area.  It was bought at DealExtreme, but nearly any LED bulb with an integrated reflector would work just as well.

Total cost for this project was $25-$30.


 
Now, you may be thinking, "Hey - this looks ideal for a laser cutter or CNC machine!"  Well, you're right.  At the moment my designs need a bit of work so they're actually compatible with an automated system - anyone willing to do the conversion?  There's a 3-month pro membership for the first person who does!

So, have you got access to a scroll saw and drill press?  That's pretty much all you need to make this awesome lamp!

UPDATE:  KChappers generously converted my designs to .dwg, .dxf and .cdr formats for your CNC, laser cutter and 3D rendering pleasure.  Thanks so much!!
 
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Step 1: The Design

I designed "Woodpunk" in Adobe Illustrator.  The patterns as attached are meant primarily for cutting by hand.  If you want to use them on a CNC machine or laser cutter, they will definitely need to be modified!

When designing the lamp, I took measurements from an existing lamp I use at my workbench.  I noticed that all of the "arms" are made of equal-length sections, connected by triangular "joints."  This made the design relatively easy - just two parallelograms with a "shoulder" at the base, an "elbow" in between, and a "wrist" where the arm connects to the reflector.  Indeed, you will notice that is exactly how I labeled the parts.

In addition, there's the base and various spacers.

Everything is designed to be cut out of either 1/4" or 1/2" plywood.  Since there are many identical parts, you can stack the 1/4" wood and cut it in pairs.  Not only is this faster, it also ensures that the joints are precisely aligned (this is important for the arms and joints especially).

The patterns are intended to be printed out on 11x17" paper - if you don't have this capability at home, any business supply store or print shop will be able to print the patterns for you.  I printed mine at work.

Also note that you may need to modify the design of the reflector section to suit the lightbulb socket you've got - the diameter may need to be increased or decreased, for example.

Included below are the preliminary patterns - I plan to clean them up soon, to make the whole thing easier to build!

A HUGE thanks to instructables user KChappers, who cleaned up, organized and converted my designs into .dwg .dxf and .cdr for me!

Step 2: Materials and Tools

Materials

1 or  more discarded lamp fixtures, from which you can extract:

1 standard light bulb socket, with built-in switch
1 two-conductor cord with attached plug (likely attached to the socket)
4 springs (the ones I used were 4.25" long, unstretched)
other assorted hardware

1 LED light bulb (I used this one but there are plenty of other choices!)

One 1x2 foot piece of 1/2" Baltic Birch plywood
One 1x2 foot piece of 1/4" Baltic Birch plywood
1/2" wood dowel  (it usually comes in four foot lengths, that's more than enough)
1/4" wood dowel (it usually comes in four foot lengths)
One 2" long, 1/4" diameter stainless steel screw
Two 1/4" stainless steel washers
One 1/4" stainless steel butterfly nut

Carpenter's glue
Spray glue (for affixing patterns)
Sandpaper


Tools

A scroll saw (I use a Dewalt DW788)
A drill press
1/8", 3/6", 1/4" and 1/2" brad point drill bits
3/4" and 1" Forstner drill bits
A vertical belt sander (optional)
A screwdriver
A few clamps

As I mentioned before, if you've got access to a CNC machine or a laser cutter, you should be able to cut out the parts with one.  The only catch is that you'll need to modify my design files so that you have usable tool paths.

Step 3: Print and Attach the Patterns

Once printed out, the patterns may be cut out and glued directly to the wood using spray adhesive.  To make the patterns easily removable later on, let the fresh glue sit for about 30 seconds before sticking the pattern onto the wood.

I had a lot of straps lying around, so I took the opportunity to use them up where possible.

If you plan the layout of the patterns just right, you can lay down half of the required pieces, then stack one piece of wood on top of the other.  Tape the layers together so they won't slide around.

Roughly cut out all the pieces on the scroll saw, and re-tape where necessary to keep the halves firmly attached together.

Step 4: Drill the Holes

Before cutting out the pieces properly, it's a good idea to drill the holes first.  Why?  Well, in the case of the stacked cuts, this will ensure that the holes are precisely lined up, making assembly easier later on.  It also gives a bit more material to hold onto, when drilling those large diameter holes.

It's easiest to drill all of the same-size holes at once.  I started with the 1/2" holes, since they are the most numerous.  Then I did the other size holes.

Some of the pieces also have internal cuts.  They'll need a pilot hole drilled, through which the scroll saw blade can be fed.  I used the 1/4" drill bit for this.

When drilling, make sure you place a piece of scrap wood below the piece being cut.  This will help prevent "tearout," which could ruin the look of the lamp.

Keep the matching "pairs" together until cutting is complete.

Step 5: Cut out the Pieces

Now it's time to cut out all the pieces.  I like to use Olson PGT blades - 7RG or even 9RG could be used here, since the patterns are not very complex.

One trick you may use for cutting out the stacked pieces is to stick a short piece of dowel in two of the holes.  This will prevent the pieces from shifting far better than the tape is able to.

Cut each piece carefully, to the line.  In most cases you don't have to be super-precise, though you should be careful when cutting the joints that slot together.  These include the reflector, the the joint between the "shoulders" and base, and between the "feet" and base.  Take your time to cut these precisely, so that the pieces fit together later with a minimum of wobble.

To do the inside cuts, disconnect the scroll saw blade on one end and feed it through the pilot hole.  Reconnect the blade, re-tension it, then cut out.  Disconnect the blade again to remove the workpiece.

The pieces may now be sanded to remove any rough edges and faces.  You can use a belt sander for the edges if you've got one. Sand to the line using the belt sander.  One the edges are are sanded, remove the paper patterns. If the paper won't come off easily, heat it up a bit with a heat gun. The adhesive will release easily, but you'll need to sand the residue smooth. Lightly sand the faces of all the pieces, and sand the corners to remove any burrs.

One final step is to drill holes through the 1/2" spacer pieces.  The cord will eventually pass through these holes, which are drilled perpendicular to the main 1/2" hole in the center.  Using one of the scraps to support the spacer, and a clamp to hold it perpendicular, drill one or more holes large enough to accept the cord.  This is a tricky operation, and a nice brad point drill bit really does wonders here.

Step 6: Cut the Dowels

The Woodpunk lamp requires a number of dowels of various lengths for its joints.  Be careful when purchasing the dowels; though some may be advertised as 1/2", for example, but they might be slightly more or less.  In my case, there were two different diameters in the bin at Home Depot - one that was exactly 1/2", and one that was slightly less!  One great way of making sure you get the right size is to bring a piece of scrap wood drilled with a 1/2" hole, and try them out right in the store.

From 1/2" round dowel, cut the following:

6 x 1.5" long
2 x 2" long
1 x 1" long
3 x 0.5" long

From 1/4" round dowel, cut the following:

1 x 1.5"
1 x 2"
2 x 1.75"

Sand the ends of each dowel to remove any burrs and roughness.  Don't sand the sides at all, or the dowels will fit too loose!  Depending on the thickness of the Baltic Birch plywood, these dowels may be up to 1/16" too long - simply sand or trim flush as necessary during the Assembly stage.

Now, for a bit of a tricky step.  Drill a 1/2" hole into a piece of scrap wood.  Insert each of the 0.5" long, 1/2" diameter pieces in the hole, and drill a 1/4" hole straight through the center.  The piece of scrap helps hold the short dowel in place, and parallel to the drill bit.  Do the same for the 1" long 1/2" dowel.

Two of the 1/4" dowels will need a little notch cut in the ends to prevent the springs from slipping off.  With the scroll saw or a small hand saw, cut notches on either end of the pictured dowels, about 1/4" from the end.

Step 7: Assembly

Ah, the moment of truth!  So, you've got a table littered with parts, ready to put together.  I suggest dry-fitting everything to start, before adding glue and making things permanent.  This way, you can determine the order in which the pieces go together, and find any mistakes (but you didn't make any, right?)

Assemble the base first, it's the easiest.  Slot a foot onto each space.  Some may fit better than others in certain spaces, so fit as many as you can without having to bust out the sandpaper.  In some cases though, you may have to sand or cut a little bit of wood to make something fit.  If you're planning to clamp the base to a table, install the feet "upside down," so the base sits flush on a surface.  Once the base is finished, set it aside.

Do the "reflector" next.  Slot in the three fingers.  Hopefully they'll stay in by friction alone, otherwise you'll have to carefully hold them in place until the light bulb socket is slid in the middle.  With the light fixture in place, the whole reflector should hold together.  Set it aside as well.

Now it's time for the arm.  Lay out the "joints" first, then slide in the 1/2" dowels.  The arms and spacers will slide onto these.  The assembly should go roughly like this:

- The curved 1/2" arm sections each have a 1/4" spacer on either side.  4 per arm section.  These go on the outside of the arm.

- The straight 1/4" arm sections that make up the "forearm" have a 1/2" spacer between them.  This pair goes on the inside of the "elbow" and "wrist" joints.

- The straight 1/4" arm sections that make up the "upper arm" go on the outside of the "elbow" and "shoulder" joints.

- A single 1/4" dowel spans the distance between the third position on the shoulder.  The springs for the upper arm attach to this dowel.

- The 2" long 1/4" dowel is inserted through two of the 0.5" long dowel pieces, which in turn connect to one of the 1/2" holes on the straight sections of the upper arm.  The other end of the "upper arm" springs attach here.  The exact distance depend on the length of the springs.

- One of the 1.5" long 1/4" dowels is inserted through the 1" long dowel with a hole drilled through.  The other is inserted through a 0.5" long dowel with a hole.  These are positioned on the "forearm" at such a distance that the springs are not stretched when the arm is "raised"  That is, the springs should support the weight of the arm.


The reflector assembly is attached at the "wrist" using a 2" long 1/4" diameter screw, held tight with a butterfly nut.  Two washers prevent the screw and nut from cracking the wood.  Place a 1/4" spacer on either side (2 total), and tighten the nut to hold the reflector at the desired angle.

Finally, slot the entire arm into the base.  If the spring tensions are set properly, the arm should stay where you move it.  At this point, be mindful that none of the joints pop out.  Remember, they're not glued yet!

Step 8: Build a Counterweight

As you may have guessed from looking at the pictures, the Woodpunk LED lamp is big, and a little heavy.  Well, not that much heavier than a metal desk lamp, but enough that the "upper arm" can't extend past vertical without the whole thing tipping over.  So what to do?

Well, if you're planning to clamp the lamp to a table, there is nothing to be done.  Skip this step.

But, if you'd like it to be freestanding, you'll need to add a counterweight to the base.  Most desk lamps will have this of course so I shouldn't feel so bad about having to include this step.  I really should have integrated the weights into the design a bit better, but oh well.

Included in the designs is a small box that can be assembled, filled with something heavy, and attached under the base to keep it weighed down.  The box is made of four layers, two of 1/2" wood and two of 1/4".  When stacked together, the box is a bit shorter than the "toes" on the base, and so it slips discreetly underneath.  Cut out the pieces by stacking, as with the other pieces, then glue together the bottom and sides.  Clamp until dry.  There's no need to sand smooth just yet...

Fill the box with something heavy.  I bought a bag of fine lead shot ages ago, that I use exclusively for filling counterweights like this.  A far more noble cause than killing small animals, IMO.  When filled the box should weigh nearly two pounds.  Glue on the lid once the box is filled.

Once the glue is dry, sand the sides as a single piece to get a nice smooth finish.  The counterweight is now ready to be glued to the base of the lamp.

Step 9: Gluing

It's important to know where to put glue, and where not to glue.  Otherwise, the arm may never move!  Assuming that everything went well at the assembly stage, partially disassemble the lamp by removing the base and the reflector.

Glue the reflector "fingers" by applying glue to all of the mating surfaces.  Wipe off any excess glue.  The shape of this piece makes it hard to clamp.  But fear not!  Grab some twist-ties (or solid core wire, in a pinch) and use one or two per finger to hold the finger tightly to the ring.  The light fixture will not be glued in until the wire has been run.

Next, glue in the "toes" to the base.  This is pretty straightforward, remove one toe at a time, apply glue to mating surfaces, and slide together again.  If the toes fit loosely, make sure they are all coplanar and the base sits level.  Prop or reorient the base as it dries if necessary.  Make sure to wipe up any excess glue before it dries.

When the "toes" are dry, glue the "counterweight" to the bottom of the base.  Note that this isn't necessary if the base will be clamped to the table.

And now, for the arm itself.  The general rule to follow is to only glue the 1/2" dowel to the outer-most arm piece.  Remember, these joints must swivel!  Gluing the outermost pieces only ensures that the arm won't fall apart.  Set the arm on its side and remove arm sections until the tops of the dowels are exposed.  Apply glue to the inside edges of the arm or joint pieces, following the rule above, the slide them on.  Doing it this way will ensure that any glue squeeze-out is pushed out where it can be wiped up, rather than into the joint.

Flip the arm over and do the same thing.  Check each joint to make sure the pieces are pressed together.

Now glue the arm onto the base.  Again, apply glue to the mating surfaces, and slide together.

The dowels are last. Take the dowels from the upper arms, and glue the 1/4" pieces in the exact centers of the 1/2" pieces. You'll then have two dowels, one with a 1/2" long section glued to the middle, and one with a 1" section glued to the middle.  The first of these is glued in place to the 1/2" thick arm, closest to the elbow.  The second piece is centered and glued to the parallel straight arms, closest to the "wrist."  Make sure the notches cut into these dowels face away from each other, so they are able to hold the springs. 

Last are the dowels that hold the springs for the "upper arm," between the shoulder and elbow.  On one half, glue in place a 1/2" long drilled out dowel.  The exact position of the piece glued to the parallel arms will depend on the length of the springs.  Now, apply glue to the dowels themselves, slide them halfway through the holes, and slip on the springs.  Push the dowel in the rest of the way to lock the springs in place.  This part is rather fiddly, and a pair of needle nose pliers might be helpful.

Once all of the glued joints are dry, sand them to remove any glue residue that might remain.  If any of the dowels stick out a bit, you may sand them down or cut them flush with a fine saw, or leave them alone.  But, if protruding dowels prevent the arm from moving, you'll need to trim them flush.

Step 10: Electrical

If you haven't already, snip the end off the wire.  The cut end is much easier to feed through the holes in the spacers.

Starting at the base, feed the wire from the back, towards the spacer at the front of the "shoulder."  Slide the wire through the hole, and pull through enough wire to reach all the way to the reflector.

Feed the wire behind the first pair of springs, towards the "elbow."  Feed the wire through the spacer here, being careful not to twist the wire.  A twist won't affect the performance of the lamp, but it will look unprofessional.  Can't have that, right?

Continue feeding the wire towards the "wrist," over the dowel that connects the two parallel arms of the "forearm."  Poke the wire through the spacer at the wrist, and draw the wire tight.

Disassemble the bulb socket, to reveal the two screw terminals.  Feed the wire through the end of the socket housing, and pull through enough wire that it's easy to work with.  Split the two wires apart for about 2", then strip about half an inch from the end of each.  Twist the strands of wire so they don't fray.

Secure one wire onto each screw terminal; it doesn't really matter which goes where.  Double check for any loose strands that might short out and fix them.  Now, reassemble the socket assembly and screw in a light bulb.  Plug in the other end of the cord, and turn it on.  It should light up!

Unscrew the bulb again, and slide the socket into the hole at the center of the reflector.  When you're satisfied with the fit, apply a dab of epoxy around the perimeter of the socket where it contacts the wood of the reflector.  Before the epoxy sets, make sure the switch is centered between two "fingers" on the reflector.

Once the epoxy is cured, attach the reflector to the arm using the 1/4" bolt.  A washer should go on either side of the wrist joint.  Place a 1/4" spacer on either side of the reflector.  Tighten the butterfly nut until the reflector stays where you placed it.  Too tight, and the wood could be damaged.

Screw the light bulb back in.

Finally, pull back any slack in the cord, to neaten the appearance of the lamp.

And that's it!  The Woodpunk LED Desk Lamp is ready for action!

Step 11: Additional Modifications

I left my lamp unpainted and unsealed.  If you'd like to stain all or part of your lamp, or give it a coat of protective sealant, feel free to do so!  Just be sure to use something that isn't sticky, or the lamp may not move so easily.  Also, it would probably be a good idea to paint the pieces before assembling them!

I used an LED light bulb for my lamp because it looks awesome.  Any LED "spotlight" you find should work fine here, because they are already focused and don't need a real reflector.  However, if you're using an LED or fluorescent bulb that sends light in all directions, you're going to have to rig up a proper reflector or you'll be effectively staring into a bare bulb!  One thing you could do is use the reflector from the scavenged desk lamp.  It should attach to the "wrist" with a minimum of effort with the right set of wood spacers - but it won't look as cool.

Also, I would not recommend using an incandescent bulb with this lamp.  They dump out a ton of heat, and I have no idea what effect that will have on the wood immediately next to the bulb.  I really don't want to hear "I burnt down my house!" from any of you, ok?

You may also be tempted to extend the length of the arms.  Feel free to do so, but be aware that the base will then need to be made heavier, or will need to be clamped to the desk to prevent the whole thing from tipping over.

Lastly, you may want to design an entirely different light for this lamp.  You could use strips of LEDs, or LED ring lights, or anything else your imagination can conjure.  Have fun with it and make it your own!

EDIT:  Instructables user welderdoc sent me these epic photos of his version of the Woodpunk Lamp.  It is made of 1/4" and 1/2" black acrylic.  Fantastic work!
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That is good desk light .

earaby1 month ago

good

Jack Moran2 months ago

So many shiny medals! such a detailed instructable Good Work!

customsj7 months ago
Just finished most of mine! Great little build! Thanks for the instructable!!!
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gregmosercts9 months ago
I've downloaded the DXF files and they look awesome (as does your total lamp design!) but question:...What are the notches for? Do they clamp to opposite ended to ratchet when attached? And the rectangles out of the circles? What are those vectors in there for?
jeff-o (author)  gregmosercts9 months ago
I think you can ignore the notches. The rectangles indicate a hole that needs to be drilled through the side of the piece. PRO TIP: cut those pieces out as squares, do the side drill, then finish the circular cut around the circumference.
Thanks bro! I'mma throw it on my cnc machine and cut it for ease. I have a drill vise to drill those pieces after they are cut
...see attached picture I've attached
cut paths.JPG
MRMFWILSON1 year ago
Here are some DXF files that can be imported into CAM program. The vectors are all closed so the toolpaths can be added easily. The they are organized by 1/2 inch parts and 1/4 inch parts. The units are inches.
jamuraw1 year ago
JEFF - Hi - KChappers posted the .dxf and .dwg files for yourLED desk lamp a while back ( along while) I am having trouble downloading these files - any tricks to it ? I am new to the instructables site and was not sure if there was some steps I was missing - I teach high school woodshop and just got a laser cutter for the shop. this would be an awesome project to show its capabilities - any help would be much appreciatiated. Thanks !
Pizzapie5002 years ago
I'll probably sound really dumb, but where do you buy Baltic Birch Plywood? I can't find it at Home Depot. Do I have to order the wood online? Or is it at arts and crafts stores?
jeff-o (author)  Pizzapie5002 years ago
Check the yellow pages for a lumber supplier, specifically one that sells wood to furniture makers. If the city you live in is large enough, it will likely have more than one big-box hardware store, too. Check them all!
BrysonHicks2 years ago
Hi! I saw this mentioned on popular mechanics, (http://www.popularmechanics.com/home/how-to-plans/woodworking/8-diy-gifts-for-friends-and-family?click=pp#slide-1)

and I have access to my schools laser cuter. (Trotec speedy 100) I am extremely interested in this project and think it is an amazing idea. I have autocad and am planning on designing this in the program for cutting with 1/4" wood and will just glue identical pieces together were 1/2" is required. I had a few questions though. How easily does it tip over? Maybe I missed this, but are there dimensions anywhere? I reeeeely need these to be able to make the file. If I finish the file I will gladly upload it. I realize that someone else has already uploaded a file, but it is not to scale. Thanks for helping everyone!
jeff-o (author)  BrysonHicks2 years ago
Awesome! I didn't know my project got a mention on popular mechanics!

Yup, definitely cut from1/4" wood and glue together as you've said. The bottom half of the arm can be extended up to 90 degrees with respect to the table, after that the lamp begins to tip. If you made the base heavier then you could extend it further.

There are templates in five different formats. My originals fit on 11x17 paper, to give you an idea of scale. So, the .pdf and .ai files are 1:1 scale.
I just go back from staples and got the sheets printed out. It was only $1.30 :-) I will start making the files over break and will upload them when I am done.
To confirm that the sizing is correct, is the length of one of the arms from end to end 14 5/8" long?
jeff-o (author)  BrysonHicks2 years ago
Yup, that is correct! I measured it on the model I built.
I have everything traced out but I need a few measurements. What is the length or the counter weight and how long are the reflectors if measured directly from one end to the other. Also, are all of the whole that are drawen in the exact size, so if I cut it out with the lazer it will be just as big as if I drilled it?


jeff-o (author)  BrysonHicks2 years ago
The counterweight is about 6.75" long. The length is not overly critical, and you could even stretch it to add weight. The reflector "fingers" are a bit over 9" long.

The only holes whose diameter matters are the joints; they are supposed to be 1/2". All the others are just for show, so if they look about right then they'll be fine. You might want to measure the diameter of the wood dowel used for the joints since 1/2" wood dowel can vary a little bit, especially when choosing between softwood and hardwood dowel.
Where did you measure the fingers from? Also I notice that there is a smaller hole on the wrist, shoulder, one of the reflectors and on two of the spacers. What sizes are these holes?

ok I figured out the fingers, but I still need the answer to what size the small holes are.. I also have a new question.. were the arms designed to be 15 inches because my program says they are, but the print is 14 5/8" other than that everything it to scale except for the base
jeff-o (author)  BrysonHicks2 years ago
The holes for the wrist are smaller; though I forget what size I drilled them. They are large enough for a large machine screw. Max 1/4", though 3/16 is probably correct.

The critical dimention on the arms is the distance between the pivot holes. Mine are 12.5".
thanks! ok figured it all out... how do I send the file to you?
How much did you pay for the led? I also got the file done .... how do I send it to you?
jeff-o (author)  BrysonHicks2 years ago
I think it was $13 or so. There are lots of different bulbs available at www.dx.com, though stock is improving at most hardware stores as well (though they are more expensive). I'll send you a PM regarding the file!
The procces of assembaling the lap has begun! and man does it look awsome. I will send you a picture of it compleated,but I still need to...
Put a finish on it.
Glue the parts.
Find lead for the counterweight.
Buy a mount for the bulb.
Recut one of the arms
laser cut desk lamp partaly compleated.JPG
I`m done! :-) I am waiting for the light to be shipped to my house and then I will post the pictures.
Its done! Here are the photos.
DSC01164.JPGDSC01167.JPGDSC01168.JPGDSC01171.JPGDSC01172.JPGDSC01173.JPGDSC01174.JPGDSC01175.JPGDSC01176.JPGDSC01177.JPGDSC01178.JPGDSC01179.JPGDSC01180.JPGphoto (1).JPG
jeff-o (author)  BrysonHicks2 years ago
That looks fantastic! I especially like your heavier base. If you'd like, I can include the pattern file in this instructable.
Thanks! The heavier base is great because the lamp can come out fully extended and not tip over. It would be great if you could include the CAD files in the instructable for other people with cnc machines and lasers to use. Thanks again for all your help!
fordf150man2 years ago
awesome i saw this from popular mechanics too pretty cool
Rich992 years ago
best 'ible i've ever seen, by far! really cool project, too.
notveryreal2 years ago
Wow, amazing.
studleylee2 years ago
I like the organic-ness of the girder-ing, if that make sense. Like both aero and exoskeletal simultaneously.
Very Cool ! -Lee
drknotter2 years ago
Really beautiful work. The kind of stuff I'm aspring to. I'm hoping to someday design my own clock with this sort of theme.
mganpate3 years ago
its really nice work . can you pls send the all details of drawing in my mails mahesh.gan.143@gmail.com. i will make it india .. here
jeff-o (author)  mganpate3 years ago
Do the downloads not work? Just wondering...
peking3 years ago
Great lamp.
Suggestions:
* mark centres of holes with a dot on patterns for drilling point location and state part to be 1/4 inch or 1/2 inch plywood and how many duplicates.
*attach patterns to MDF blanks 1/2 inch thick , cut and sand to create master templates.
* sticky two sided tape to birch ply and MDF template and rough cut.
*flush cut to master with a bearing flush cut router bit and router table.

Save masters for other material experiments.
jeff-o (author)  peking3 years ago
Thanks for the tips! I'll definitely make some masters if I make any more of these lamps.
HOWITZER3 years ago
es un diseño muy hermoso!, espero con ansia mas de tus diseños fabulosos!!
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