If you are into wooden sign making as a hobby, you will
probably be familiar with some of the limitations of the sign making kits
available on the market today that are marketed to the DIY or hobbyist
woodworker. And this limitation lies in the fact that most sign kits come
with only one or two sets of letters in a generic font. And it is tough to
find different letter templates that will work with the kit.
Well, with the 3D Pantograph from Milescraft, this is no
longer a problem. The amount and type of templates you can use is only
limited by the number of fonts your can print from your desktop PC. And
what's more, the 3D pantograph can also replicate 3D shapes and images.
For this first part of the review, we will look at 2D routing with the
pantograph. Let's take a closer look.
The 3D Pantograph
Some might be familiar with a pantograph from their school or
childhood days. They were the in-thing in the craft world at one point in
time, allowing crafters to copy an image onto paper or scale an image up
or down simply by tracing it on one piece of paper using the pantograph,
and on the other piece, the pencil or marker would recreate the image
In these modern times, much of this craft has been
converted to, and is achieved by use of CNC routers and other computer
driven cutting tools, but the home hobbyist sign maker likely doesn't
have, or would want to spend the many thousands of dollars needed for just a
small CNC routing setup. The 3D Pantograph provides a cheaper, albeit less
sophisticated option. But with care and practice, you can achieve
excellent results that rival the computer driven tools.
The 3D Pantograph comes in a fair sized rectangular box and includes
most items you will need to get started. You will have to supply a router
to attach to the Pantograph (it accommodates routes with bases up to 6"
diameter), as well as construct a mounting board and
holding jig to hold your workpiece while the routing is taking place. A
dimensioned diagram is supplied in the instructions to make this (You need
to supply the material though - a couple boards (chipboard or ply works
best) and half a dozen screws is
all that is needed).
Installation is fairly straightforward, following the
instruction sheet. A few text instructions would not have gone astray here
to help avoid confusion on one or two of the steps as the whole
instruction sheet is image guided only. Nonetheless, the installation is
fairly straightforward and I only had one item put on incorrectly, which was
easily reversed and corrected.
Once your pantograph is assembled and you have it sitting
on your mounting board, you then have to square things off, basically so
the router plate is sitting as flush as possible with the surface of your
sign board piece. You will need to complete these steps each time if you
use different thickness boards for your signs. If you use the same
thickness, then you really only need to do this once, but an occasional
check wont hurt either. Basically, with the router secured in the router
plate, sit the plate on top of the board you are using for your sign. Now,
obviously the "legs" of the pantograph will need to be touching the
mounting board for support, so lower these to touch if required. Now you
simply have to make sure the "arms" of the pantograph are sitting the same
distance from your mounting board on each end. So the left arm (when
viewed from the front) and the rear arm need to be level across their
length. I just used a small ruler to check. Adjust the adjustable rear
feet screws as required to level the arms out. This only takes a minute.
Once done, have a quick peek at the underside of the router plate to
ensure it is sitting flat on the sign board. Don't worry if you are
0.00001" or even 0.005" high on one end. Just check by eye. If it looks
flat, it is flat enough for the purpose.
Ok, now you have to secure your sign board to the mounting
board. No clamps are needed, which is good because these could get in the
way of the pantograph arms. Instead, you basically wedge the board between
two stop blocks that are added to the mounting board when you were
constructing it (see photos). These plastic wedges work well and hold the
board in place against the blocks.
Next you need to decide roughly where to place the printed
letter sheets so you can trace them. Here you use your own judgment. There
is no exact or correct spot. Basically, place a letter down on the board,
and use the tracing rod to follow around the outside of the letters. Note
the position of the router bit in the router (which is mounted in the
router plate) and check you are not going to come too close to the edge of
your sign board. Always cut your sign board to a larger size and then cut
it down to final dimension later on. This provides a margin for error when
using the Pantograph. However, once you have created a few signs, you will
have a better idea of a closer dimension to cut your boards.
Now, each letter/number sheet of the set that comes with
the tool (there are 4 font sets included) has two dots marked on them. One
says "LOCATING DOT" and the other says "SPACING DOT". Unfortunately the
instructions don't really say how these are used, and to be honest, I was
stumped for a little while. But I did come up with a method for accurately
spacing the characters that seemed to work well. Firstly, what I did was
extend the line that these dots sit on onto my mounting board. So when I
mount the next letter on the board, I can line it up pretty much in the
exact same position and angle as the last sheet (see photo). Now, once the
first letter is routed, I place the next letter in position, move the
tracer rod so it is sitting on the Locating Dot on the next letter, then
move the sign board across until the outer edge of the router bit is just
shading the right edge of the routed letter on the board. Because the
Locating Dot is spaced to the left of the letter on the sheet, when you
move the router trace rod over to start the letter, it creates the
required spacing you need. I hope I have explained that well enough. It's
one of those things that is hard to grasp unless you have it all in front
of you so you can see how it all works with one another. Note that this is
probably not the actual way to do it, but with lack of instruction in this
area, you need to improvise. I also found that this method doesn't require
you to mark your sign board for spacing, and it seems to work just fine
for me, so I'm sticking with it!
Using the Pantograph
So far I have only discussed the processes for routing in 2D... i.e.
routing designs or making designs. The pantograph can do 3D as well,
apparently, but I need to find a good 3D pattern to try and replicate with
this tool, so the 3D part will be included later as a second part. For
now, it's all 2D work. Also, I'll offer some advice of what not to do.. I
guess you could call these newbie mistakes.
Ok, for my first ever sign using this Pantograph, I thought
I'd go for something simple. A 3-letter sign for my son. His name is "Jay"
so that would be a quick and simple sign. To complicate things, I chose
the Oriental/Chinese style font from the set. Each letter sheet has the
upper case/capital letter on one side, and the lower case on the
other. Good thinking! So I went with upper case "J", then lower case "a"
I set things up as per above. I used a standard straight
cut bit, but I think a spiral cutting bit would work much better. I've got
one on order now!
Now, to craft the "J" all you need to do is follow the
outline around the letter on the sheet with the tracing point/rod. The
router moves in the same manner as the tracer moves, so you can create the
letter accurately. And of course, this means that virtually any letter, or
design can be routed out too. You can even make your own letter sheets
using your computer and whatever font you require. The options are almost
But I digress... back to it. Note that the pantograph
reduces the size of the letters by either 40%, 50% or 60% (this is
adjustable) so the letters will be routed smaller than the letter size on
the printed sheet. Letetrs can be routed from Simply trace around the outside of the letters. Now, my
first "mistake" was to decide to have the outline of each letter run in
the middle of the tracer rod tip. In fact, this has the effect of widening
the letters a little, and in the case of the font I was using, made them a
little less authentic. So always have the outside edge of the tracer rod
tip running along or even a whicker inside the edge of the letter. I'll do
this for sign attempt number two. Note that this effect can be exaggerated
even more too depending on the diameter of the router bit you use. I used
a 1/4" straight cut bit, and this would be the maximum you would probably
want to use. However, different fonts may dictate different bit widths.
For fonts with small points or lines, a smaller bit is necessary. For
larger, block fonts with less detail, you could get away with a slightly
wider bit etc etc.
Once you have all the edges routed, proceed to clean out
the remainder of the material between the edges, if your font requires it.
Again, in my haste and anticipation to see how well this tool worked, I
didn't do this. I could have routed them out by hand later on, but its
best and easiest to do this while the letter is mounted on the board and
you are routing away.
With the "J" done, I switched to the lower case "a" sheet
from the set, making sure I aligned both the letter sheet on the board,
and moved the board over and reclamped it as per the above mentioned
spacing process. Then just continue routing, first by plunging the router
then locking it in the plunged
position, then grasping the trace rod guide handles and working my way
around the letter's edges. Same process for the "y".
With anticipation, I took the board out to check how it all
went. And for a first go I was rather impressed. Apart from the widening
issue mentioned above, which was entirely my fault, the letters came out
really well. Naturally, how well depends on how steady you can trace the
letters on the sheet using the trace rod, but it was easier than I had
expected to be honest. You will get best results when you use more uniform
lumber with regard to grain direction, because cranky grain will have a
tendency to make the router and bit want to wander a little, so you have
to be vigilant here.
I ended up chiseling out the middles of the matters on my
first sign, because I should have routed out the middle parts while I was
tracing the letters - lesson learnt - but you can see from the photo that
although my errors are noticeable, the text came out quite well and is
still very readable and functional. Also, my second sign effort, see
photo, is much better, since I didn't make the mistakes I made the first
Now, to tackle the Script font, which will be a little
trickier because the letters physically join and flow. I'll report back on
this one later...
Finishing a Sign
There are many ways to finish a sign ready for hanging. Firstly,
dimension the sign to final size once all the lettering has been taken
care of. You might even profile the edge if you like. To get a good
contrast of the letters, what most do is to paint the sign black (or a
good contrasting color to the wood). Just splash or spray paint all over
the sign face. You don't have to be neat here, but make sure there is a
good coating in the letter relief. Once the paint is dry, just run the
board through your surface planer at a shallow depth. This will skin the
surface of the board and take any paint on the board surface away, leaving
you with fresh wood on the board surface, and your relieved letters nice
painted black (or whatever color you chose). Now just apply a clear
protective coat suitable for where the sign will be mounted and you are
Pantograph vs Sign Making Kits
I have used other sign making kits where you have plastic letter
templates that you rout using a guide bush. while these work ok, and do
the job, you are limited to just the one or two letter front sets included
in the kit. The Milescraft 3D router pantograph does not have this
limitation. Also, I found that tracing the letters using the pantograph
was just as easy, if not easier than trying to balance a router on top of
a couple rails that other kits use to hold their letter templates. There
is much more flexibility with the Pantograph. And, as you can see, you can
get pretty good results from even your first attempt. Perfection will come
with practice. Sure, this is not going to beat a CNC router, but do you
know how much they cost? And then you have to often buy the software to
use with them too. You are looking at many thousands... and more like tens
of thousands for a CNC router off the shelf. The 3D Pantograph is a much
cheaper option for the occasional user or home hobbyist woodworker not
looking to make sign making their every day job.
To be honest, I half suspected the pantograph to be a bit of a pain in
the backside to use just looking at it, but my suspicions have been rather
wrong in this case. Priced at around AUD$120-$130, the 3D Router
Pantograph is a good step up from Milescraft's more basic Signcrafter kit.
I would definitely recommend the pantograph if you are keen to try a
little more sign making with a little less frustration.
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The router pantograph set up and ready to go.
Only a small router is required for this type of work. My 1200w Ryobi
handles it no problem.
The tracing arm/rod. The rounded plastic tip prevents the paper
templates being damaged.
The only fixed part of the pantograph is the plastic pivot base. Note
it also has a power cord retainer to keep your router power cord out of
the way when in use.
The two plastic wedges are an extremely effective clamping system for
the sign board.
The "Locating Dot" is on every letter template. I used this to help space
Note the arrows showing the lines I have extended and marked on the
mounting board. These help set up all letters in the correct position and
The arms on the tracer part allow you quite good control to trace your
First attempt with the Oriental font. Note that I didn't rout out the
middle of each letter. This can be done with the router later, but it is
easier, as I found out, just to do it while you are routing the outlines.
Nonetheless a good first effort! You can also see the "y" letter routed on
the board and the template for the "y" in the photo above. A good match.
Here is a sign for my daughter Jessica. Note I have painted it black
here, but more importantly, the letters were all routed out properly this
The finishing process. The "Jessi" sign lettering is
spray painted. The "Jay" sign was sprayed just like the "jessi" sign, but
has now been run through the surface planer to remove the face paint
leaving nice, sharp painted edge letters. Easy!