| | |  |  |  |  |  | | | |  | | | | | | If
you’ve taken a look at our new Build-It System’s page, you’ve noticed
quite a few free downloadable jig and
fixture plans. These plans make it easy
for the first time user of the Build It System’s modular components to
quickly
assemble some pretty important jigs for the shop. From segmented ring jigs, to
crosscut boxes, tenoning
jigs, coping sleds and more, these plans also provide
some interesting food for thought and can be used to begin the groundwork for
designing your own custom fixtures for the cutting requirements in your shop. |  | |
| | | The
New Build-It System’s modular components
take all of the frustration out of the process. The Build
It System’s Panels are pre-drilled, countersunk and counter bored to
accept all of the necessary components for just about any jig or fixture you can
imagine. INCRA’s expandable Miter
Slider guide runners can be attached without making a single mark or drilling
any holes. Then, Build It T-Slot
Panel Connectors can be added to permit easy expansion of the platform size
and to provide T-slots to make adding and adjusting your jigs critical components
like fences and hold downs a snap. And, if one of your Build-It System Jigs looses
its usefulness in your shop, you can reuse and reconfigure the components quickly
for your next jig design.
| While
we all know the safety and efficiency benefits of jigs and fixtures, it is all
too often that we put off building a jig simply because of the time required to
design and build the sliding platform. Before the Build-It
System that meant beginning with a blank piece of sheet stock carefully measured
and marked for a series of neatly aligned and properly placed holes required to
mount the guide runners. Then, another set of holes for mounting the jig components
(fences, t-tracks, hold down fixtures), followed by some anxious assembly and
hopeful alignments, which don’t always work out just like you planned. Before
you know it you’ve spent your entire day in the shop working on the jig instead
of your project. |  |
| | |  | | | I’ve
personally enjoyed making and using each of the jigs shown in the plans, some
of which were assembled and in use in less than 30 minutes. And for those of you
who have seen some of the small pieces I cut for my puzzle boxes, I can assure
you that jigs like these are the ONLY way to safely and accurately reproduce the
results. Thanks to the Build It System, I’m looking forward to taking advantage
of a little more time in my shop to work on the projects that I enjoy most. The
free jig plans you’ll see included on the Build-It System’s page are
just the beginning of a concerted effort at INCRA to provide a place for you to
gather more than product information. Let’s face it, were it not for woodworking
projects, who would need tools in the first place. So you can look forward to
even more new Build It System Jig Plans in the future and beginning this week
we have also added a NEW section to our website devoted to Woodworking Project
Plans.
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| | |  | | | Our
first couple of plans provide a bit of a bonus, in that each plan includes a beautifully
designed project AND plans for a Build-It System Jig. Each of these two plans,
submitted by Lloyd Johnson, revolves around a decorative technique known
as mitered lamination. This technique produces some of the most striking visual
patterns I have seen in a woodworking project and is really quite easy to add
to a variety of project types. In a nutshell, the technique revolves around crosscutting
a series of short pieces from a strip lamination with the miter angle set to some
number less than 90 degrees. Every other one of the resulting pieces is then flipped
over and the parts are glued back together. This
first pattern is referred
to as a first generation lamination. The process can then be repeated with the
resulting glue up to create second or even third generation laminations with ever
more intricate patterns.
|  | |  | | The
use of mitered laminations in woodworking is a relatively new technique first
introduced in Clarence Rannefeld’s book, Laminated Designs in Wood,
published in 1998. Mr. Rannefeld’s descriptions, while very detailed, wonderfully
illustrated and quite accurate, included many mathematical formulas to allow the
craftsman to predict the results of the amazing patterns that could be created.
He also included plans for a fairly complex jig that looked like it would have
required several days to produce. These formulas, along with the complicated jig,
scared away many who might otherwise have tried the technique. What we needed
was a little interpretation, and this is where Lloyd Johnson comes in. |  |
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| | | | | | | Lloyd
created a computer software program called
“Lamination PRO”
that provides an easy to use method for designing and visualizing the infinite
variety of decorative patterns that can be created using the mitered lamination
technique. That means NO MATH. I found the program quite intuitive with a simple
set of buttons to set the program in motion. You can choose the wood types from
a drop down menu that includes everything from the exotics like Bloodwood and
Ebony to every type of figured Maple.
The program lets you choose the angle
and width of the crosscuts
as well as your blade kerf and the graphics make
it as much fun to create the patterns on your screen as it is to create them in
your shop. You can learn more about this exciting program at: www.woodturnerpro.com/software/lamPro.html |
| | | | | | You’ll
surely enjoy Lloyd’s Cutting
Board project. It allows 3 design
variations that all begin with
the same strip lamination. I particularly enjoyed Lloyd’s simple Build-It
System jig design that features a unique “incremental positioning” element
for locating each of the crosscuts. I think this project is
the perfect entry
point for someone
wanting to learn more about this
technique. It uses
very little stock,
insures a high level of success and is certainly going
to be a desirable item in your circle of friends. | | |
| | |
The
Sweetheart Clock
project takes the mitered lamination
technique to the next level by cutting the final lamination into radial segments
that are glued to form a circular disc. The final decorative element details can
be either turned or cut using a circle-cutting jig at your band saw. No doubt
the “timeless” beauty of this project will make the additional challenges
worth it.
While you don’t need Lloyd’s program to try out the
mitered lamination technique in building any of the two projects on our project
page, you can download a free 30-day trial version and try it out for yourself.
Lloyd’s site also includes a variety of plans and additional software for
designing and visualizing segmented turnings. You can visit his website at www.woodturnerpro.com.
If
you or anyone you know has a jig or fixture design that would be a candidate for
the Build It System components or if you have a unique project that features the
use of any of the Incra line of Precision Woodworking Tools send a photo to perry@incra.com
and lets see if we can add your name to the list of contributing craftsmen that
are appearing in our Gallery, Projects or Build
It System pages at www.INCRA.com. |
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