Now I'm going to select just this surface here by clicking in it one and then I'll press delete to get rid of it, and then I'll go ahead and delete these extra edges as well. So now this line represents the angle that I'm interested in and it's 16 inches long. This time I'll pick it up from this end point and move it over in the green direction and snap it to that edge. Now let's go to the move tool and move this over in the red direction and snap this corner onto the edge and then, it's still selected, so I can move it again. If you want you can just type in 45, enter, to make sure that it rotates precisely that amount. I'll go to the rotate tool or press Q, click a point to represent the axis of rotation, and then click a point to start rotating, move the cursor over, and you'll notice that we're kind of snapping to 45 degrees down there in the lower righthand corner you can see the values. Then I'll press the space bar and double click on that surface which you can see is on the same plane as the outlines of the upper cabinets right now. And I'll specify that as 16, comma, 16, enter so that I have a square. Draw a rectangle on the top surface here of the base cabinet. So to do that I will fashion a geometric tool that will help me and aid in this process. Okay, now in this corner cabinet I would like to have a cabinet that is at a 45 degree angle with respect to these two and I'd like the face of that cabinet to be, let's say, 16 inches wide which is a typical door size. So we can specify this numerically instead of trying to move it really really carefully, it's usually quicker just to type in the values. It's the second value that's changing as I move the cursor. Instead I can take a look at the lower righthand corner of the screen where you see dimensions and as I move this along this edge, observe that the first value remains unchanging, 63 inches. This time starting it in this corner but you'll notice that I have nowhere to snap to here. I'll zoom in there and draw another rectangle. I'd like to match that depth over here on the other side. And that makes sense, because we have double that. I'd like to know how deep that is, so I'll go to the tape measure tool and measure that, and it says it's 13 inches. I'll start by drawing a rectangle from this corner over here and I'd like to snap it to the mid point on the top of this base cabinet. So for now, I'm going to zoom in here, and take a look at this situation. We'll deal with this door opening in the next video. A filler or wide face frame stile on the wall side will keep the oven doors from hitting the wall.Īs far as cabinet height, the bottom of the cabinet should match the bottom of the lower cabinets (not counting toe kick) and the top should match the top of the upper cabinets so that trim will be aligned.ĭon't know if any of this helped but good luck.- Let's focus on building the upper cabinets, here, that wrap around the corner next. Pay attention to the working level of the oven so you don't have to bend over too much to get into the lower oven. A particular width modular cabinet (30", 33", 36", etc.) can fit any oven up to a maximum width based on the internal cabinet width AND any required side clearance of the oven unit - see that pesky spec sheet for this.īuilding your own cabinet allows you to optimize the design for a particular oven and eliminate wasted cabinet space but might make it tough to change ovens in the future. An internal platform to support the oven is almost always needed, as well. Most (all?) units will fit in a 24" deep cabinet but the height and width of the opening that the oven slides into are important.Ĭommercial modular cabinets are usually set up with an oversized face frame which is cut out to fit the oven on site. I strongly suggest that you get the spec sheet for the oven unit you plan to use before sizing the cabinet.
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