In the furniture industry, carpentry, woodworks, and at exhibitions, the connection of two sheet parts, "miter joint," is often used. This is such a connection when it is necessary to saw off the edges of the parts not at a right angle, but at 45 degrees, so that then the parts can be glued into a right angle. The connection is not difficult to model using regular AutoCAD/BricsCAD tools. You need to either drag the edges of two solids or glue two rectangular parts together with the _Union command and then cut them with the _Slice command, defining the cutting plane at three points. To save you time on cutting, we came up with a simple Miter command. Instead of a dozen clicks, it will be enough for you to click once on any linear edge of the solid. The program itself will measure the angle between adjacent surfaces, build a section plane, and call _slice itself. In fairness, I'd like to note that some versions of BricsCAD already contain a powerful L-connect command for miter joints. But it doesn’t cut the whole solid but pulls two non-docked solids to each other, i.e., it is used a little in other cases and is not included in the Pro version of BricsCAD.
No settings required.
The edge through which the cut will pass can be arbitrarily located in space.
The angle between the parts is not necessarily straight (90°). The program will build a bisector of any angle.
Surfaces adjacent to the edge do not have to be flat at all - these may be the surfaces of a cylinder or cone. The angle will be measured tangentially.
You can select an edge before calling the Miter command or after calling it.
Command perfectly complements the AVC_Slice command (ASL = VO). Select immediately a couple of solid surfaces via Ctrl, peel them together, and cut for a miter joint.
The program runs in a loop until you press Esc. You can cut as many details as you like at a time.
Regardless of the AutoCAD|BricsCAD localization language, you can switch the plugin to English, Russian, Italian, German, or Chinese localization.
Read about downloading and installing the program here.
To run the command, you will have to register an account and top up your account balance or receive bonuses.
Then you can activate one of the licenses:
Unlimited license - 50 EUR. Free updates for 1 year.
The trial period is 20 days.
Select one straight (linear) edge of a solid using Ctrl.
Call the command "Miter Joint" with a button from the ribbon or by typing "Miter" on the command line.
If an edge has not yet been selected or several edges have been selected, the program will ask you to select an edge. Just click on it once.
The edge must be linear; arcs and curves will cause an error.
The program will stand the bisector of the angle between the tangents to the adjacent surfaces and cut the solid into 2 parts.
Next, the program again asks you to select an edge. You can choose an edge on the same or on another solid. Keep in mind that all changes made to the same command are rolled back at the same time.
If you don’t need to cut anymore, press ESC
Plugin can work with 3D solids only. It does not work with Meshes, Surfaces, and Blocks.
Just like other AutoCAD commands, this program is, in most cases, not able to work with the solids imported from other programs.
The angle bisector does not have to get into the joint of the surfaces on the back of the part. The bisector section only works when the parts to be joined have the same thickness. Joints of curved parts can also be drawn not according to the bisector. For such cases, use regular _slice.
The cutting plane is infinite; therefore, a sinuous or annular solid can be cut in several places. Extra cuts can then be glued together with the _union command.
Do not use the edge of dadoes and pockets for Miter. The presence of the bottom at the dado confuses the program, and the secant plane can be constructed unfolded 90 degrees. Use only ribs that pass through the entire part.
In some versions of AutoCAD, the _slice command can cause fatal errors. Do not forget to click Save more often.
Cutting solid by any means leads to the loss of information about the color / material of the faces. This is an irreparable AutoCAD bug. Paint surfaces only after modeling is complete.