Cope And Stick Cabinet Doors Vs Mitered

In mitered doors the stiles and rails meet at a 45 degree angle.

Cope and stick cabinet doors vs mitered.

Cope and stick doors differ from the other 5 piece design by the method of joining the frame. The two are similar in that they use 4 frame sections and a center panel but differ in the way the 4 frame sections are joined. Would a cope and stick construction be a better choice. If you want a raised panel no mitered raised panel and no glaze.

You can t profile the outer edge of cope and stick until after assembly. The cabinet is painted white no glaze. The stiles and rails in cope stick doors meet at a 90 degree angle using a machining method called coping. You need a stick and cope door in the plain white paint see more.

Mitered vs cope and stick cabinet doors. I had a custom bathroom vanity made and when it was delivered was appalled at how noticeable the mitered joints on the cabinet doors were. The more detailed doors are harder on the finisher too. Comments 1 mortis and tenon are much more sustainable also more high end see more.

Most end up being mitered simply for the look they can t get with cope and stick and the cost of applied molding doors making them an attractive alternative. While cope stick doors are joined at a 90 degree angle mitered doors are assembled by cutting the stiles and rails at a 45 degree angle. Mitered and applied molding tend to be higher end. Cope and stick joints.

The cope and stick joint for cabinet doors is made with a mortise and tenon joint. Shop cope stick cabinet doors at the door stop. Then you just chop off the door frame lengths you need as a miter joint. This drawing shows the difference between the mitered joint and the cope and stick joint.

In mitered cabinet doors the method of joining the stiles and rails is different. The two main types of framed cabinet door designs are cope and stick and mitered joints. Still in certain situations a miter is the better choice. No reason why you can t use the stick profile sans cope to produce lots of linear feet of door frame molding followed by outer edge profile.