Here is a 3-way mitered cabinet using the Domino. The frame is solid Sassafras and the panels are Sassafras veneer
Domino settings were:
* 6mm cutter,
* Depth 28mm,
* Width 3rd setting
* 14mm Height (very bottom notch) and indexed at 17mm left and right on the plastic index cover
Pic 1 - Shows the stock 45mm x 45mm with the texta showing the stock to be removed with the miter cut and also the Domi cut. I always put blue tape on the two faces of everything i do, saves confussion. Im easly confussed ;D
Pic - 2 Shows Domi ready to go. Its sitting with the 10mm on the plastic slider set to the "edge" of the miter and when you cut the other side just move the 17mm onto the same edge
Pic - 3 Shows the 2 finished mortices.
Pic - 4 Shows it ready on the sled to miter.
Pic - 5 Shows the completed miter with Domis in place. You need to cut the Dominos to length and make sure they dont "sit proud of the mitered edge." That part is crucial. It dosnt appear their is much meat on the domis for a good bond but their is. I have done 6 cabinets like this now and the join is rock solid.
Domino settings were:
* 6mm cutter,
* Depth 28mm,
* Width 3rd setting
* 14mm Height (very bottom notch) and indexed at 17mm left and right on the plastic index cover
Pic 1 - Shows the stock 45mm x 45mm with the texta showing the stock to be removed with the miter cut and also the Domi cut. I always put blue tape on the two faces of everything i do, saves confussion. Im easly confussed ;D
Pic - 2 Shows Domi ready to go. Its sitting with the 10mm on the plastic slider set to the "edge" of the miter and when you cut the other side just move the 17mm onto the same edge
Pic - 3 Shows the 2 finished mortices.
Pic - 4 Shows it ready on the sled to miter.
Pic - 5 Shows the completed miter with Domis in place. You need to cut the Dominos to length and make sure they dont "sit proud of the mitered edge." That part is crucial. It dosnt appear their is much meat on the domis for a good bond but their is. I have done 6 cabinets like this now and the join is rock solid.