| |
Whenever you are designing a wood product,
one of the most important decisions that you will make is what type of
joint or joints to use in your design. Its rare anymore for me to use a
butt joint on anything. When I am designing something, I generally want my
pieces to interlock with one another. This interlocking creates a super
strong assembly, especially as an assembly relates to a large piece such
as an armoire. Racking of large scale cabinets is not uncommon and there
aren't a whole lot of options available to choose from to keep this
racking to a minimum. There are two that I can think of. The first one is
to X brace the sides together along the back surface. X bracing involves
nothing more than locking two pieces of wood together in the shape of an
X. Where the two pieces overlap, generally that joint is a half-lap. The
assembled X is then nailed or screw to the sub assembly (in this case, an
armoire). X bracing though is very ugly and the X brace takes up valuable
storage room for the interior of the piece. A much better way of
minimizing racking of a piece is to use dados and half dados so that when
the pieces are joined together you have an interlocking assembly.
Below are some examples of wood joints that
I modeled up on AutoCAD. Keep in mind that in most cases, several joints
could be used. There is no one right joint for every application. |
|
|
Half Lap Joint - Unassembled |
Half Lap Joint - Assembled |
|
|
Dado - Unassembled |
Dado - Assembled |
|
|
Mortise & Tennon - Unassembled |
Mortise & Tenon Assembled |
|
|
Biscuit Joint - Unassembled |
Biscuit - Assembled |
|
|
Dowel Joint - Unassembled |
Dowel Joint - Assembled |
|
|
Dovetail - Unassembled |
Dovetail - Assembled |
Although all wood joints
are not shown above, these are some of the most popular joints used! |
Page
Counter Installed February 4, 2003
|