This is a shot of the speaker bar in place from the bottom. You can get a good look here at the support for the shelf as well as the computer fan mounted underneath.
It looks pretty good!More later.
- Holy Crap! It's a Homemade Jukebox! -
It looks pretty good!
After that was finished (and I played around for a while), the next step was making sure the motherboard and power supply fit properly. I placed the motherboard on one side (using PCB feet) and the hard drive on the other (using velcro) and tried installing the vertical shelf.
Unfortunately, my initial attempt didn't work - there wasn't enough room for the power supply and the frontx cables I was planning on using weren't long enough to reach to the back panel with the motherboard ports facing to the right. I ended up having to face the motherboard ports down towards the bottom and move the motherboard off center to the right to make room for the power supply.
I was worried initially that since the ports were facing down and the whole thing was off-center that the fan underneath wouldn't keep things cool but boy was I wrong. After leaving it on for at least 6 hours it was cool as the other side of the pillow in there.
More later!

The next thing I did was install the monitor in place. I used a few screws to secure it to the frame. Space was VERY tight here and I noticed the MDF pulling apart where the screws are so I added a few extra screws for added support (more than shown in the picture).
Also, before attaching the monitor, I installed the black weatherstripping around the monitor opening. This was tricky and ultimately didn't come out as precise as I wanted it to but it is barely noticeable. If I ever build something like this again I'm definitely going to use 1/4" Plexiglas for the front panel so I can route out the channel for the transducer wedge and everything will sit nice and flush. No big deal but since I'm mostly building this on the fly there are a few things I would do differently next time...
The shelf is secured to two 3/4" dowels I glued to the inside of the shell. The vertical shelf will be positioned directly above the fan so the hard drive and motherboard will remain cool while the jukebox is on. Everything else I cram in there will be based off of the placement of these major components.
Now I think we are getting somewhere! I really like it but I had a few comments:
Now I'm torn. I'm really close to settling on a "final" design but I don't know if this is lacking something...
This is great work!!
Next, I applied glue to both surfaces as evenly as I possibly could with a roller. It is important here to cover the entire surface so there are no places in the laminate that will bubble or separate from the jukebox shell.

After letting the glue cure overnight, I used my router and a flush bit to trim away the excess laminate that was hanging over the edges. This is where I ran into trouble. There isn't a flat surface to rest the router on as I went around the curve so I had to just "be careful" which I was except for one spot. Check it out:
I shaved off the protective paper and the thin layer of shiny on the Plexiglas - the scrape is about an inch long so I am definitely going to have to try and sand and polish that area and blend it in to the rest of the front panel. It sucks. I was being careful with the router but I guess I tipped it into the piece instead of away from it and I effed it up.


Tonight I'm going to route the slot for the t-molding around the front and back panels and then try to remove the scuff mark using some high grit sandpaper and the Novus polish system.
Then, I carefully placed the rough panel on top of the tape making sure that when the overhanging material was removed that there wouldn't be any chip marks showing. The clamps were for added support although they definitely weren't needed - the double stick tape is pretty strong:
Next, I just went around the outside with the router and ended up with the exact shape I wanted! After I had the proper shape, I used a template I had made way back in the beginning of the project for the front panel to cut out the opening for the vent on the top of the back panel (I used double stick tape again). It was easy - the router cuts through the laminate like butter!
You can still see the glob of glue on top that would have to be removed. After that was finished the last thing I did for the night was drill out the hole for the power button in the center of the small semi-circle. I used my step drill bit and widened the hole to 3/4" diameter.
The button looks great and should match the other aluminum accents on the jukebox (speaker grill, t-molding, etc.). Oh, yeah - I was able to remove the glue using my fingers quite easily. I just rubbed it until it came off from the friction. Check it out (don't mind the dust):
Next up for the back panel is cutting the hole for the I/O panel along the bottom which will mirror the speaker grill on the front panel. Then I will install magnets on the inside so the panel will stay in place but remain removable in case I need to get in there for maintenance.
The first thing I did was trace the back of the jukebox shell on to some 1/8" thick MDF and cut out the rough shape. Then, using the rough shape as a template I traced it out on to the laminate and cut it out. I used my jigsaw and it was a mistake - it chipped the laminate like crazy - I probably should have tried scoring it with a utility knife or using some tin snips or something else. After cutting it out I wasn't sure if I left enough overhang around the edges because it was so badly chipped.
I applied a thin coat of contact cement to the MDF and the back of the laminate panel, waited 30 minutes for the glue to dry and then bonded the two surfaces together.
I actually let this cure over night underneath a 3/4" MDF panel and a cinder block.
You can see how imprecise and rough everything is. I also got some contact cement on the good side of the laminate and I was a little worried about getting it off.
What a mess!!! You can see the chipped laminate, the spilled glue and even the permanent marker I used to trace out the shape! Is this going to work out?
I will start explaining the construction in the next post.
I clamped the cut pieces for about an hour until the glue felt like it would hold.
Once that was finished I sprayed it black just to make sure it wouldn't show at all through the speaker cloth and perforated metal.
Next, I cut out a piece of perforated aluminum to cover the frame.
Finally, I cut out a piece of speaker cloth a bit oversized to wrap the frame. This was a bit tough to figure out but maybe I'm slow. I got some white Elmer's Glue and put a bead around the frame. Then I laid the frame on top of the cloth on a flat surface with a piece of saran wrap underneath so the glue wouldn't stick to the table.
After the glue dried I used a razor to remove the excess material around the edges and I ended up with something like this:
The final step is going to be securing everything behind the Plexiglas in the cabinet. I have a bit more to do before I'm ready to permanently install it but here are a few pictures of what it is going to look like:


I am pretty happy with how everything came out. This was kind of a pain to do - I was expecting it to be an hour tops but I had trouble cutting the perforated metal accurately (third time was a charm).