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Shelving
 

Our can rotation trays have been re-designed!

They are now all plywood, lighter to ship and can be assembled by the customer.

 

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30317
30322
Assembly
Shelving
About Us

We constantly get asked about the possibility of making our trays stackable. The fact is that in order to make them stack they would have to be 9" tall. By the time you stack two of them your up to 18". That is too tall for most existing pantry selves and it would also make the trays more expensive and less stable. So, what's the answer? Shelving!

 

This shelf was mostly built before the decision was made to crate these instructions so I'm going to start by explaining how to do the assembly using the existing unit.

Our sides are 16" X 43 3/4". The shelves are 16" X 15 1/2" and the back 17" X 43 3/4".

This unit is make from 3/4 inch industrial particle board. Any 3/4" particle board will work but industrial will have a smoother finish surface. The back could be 1/4" masonite, luna play or fir plywood.

First assemble one of the sides and the first self. This shelf is the top shelf and should be flush with the top of the side. In the picture you can see a 9" spacer held in place by spring clamps. This assures exact spacing between shelves.

Use a framing square to mark where your screws will be placed. Drill pilot holes through the sides about 1 1/2" in from each edge and another one in the middle. It may be a good idea to place a piece of tape around the pilot bit at 3/4" from the tip of the bit. This will serve as a depth gage. Drilling into the shelf will only weaken the clamping force of the grabber screw, so try to avoid this.
The 2" grabber screws will need to be counter sunk if we want a more professional and  finished look to our project. A depth gage is a good idea.
We assemble our shelves using 2" course thread grabber screws and our spacers, assuring that everything is lined up properly as we go. We work our way down  from the top until all shelves are in place.
Counter sunk grabbers hold our shelving together.
We nail the back on so that it is flush with the top and one side. This assures that our shelving will be square. Use a strait edge to mark the remaining shelves.

The back is applied using 1 3/8" to 1 1/2" sheet rock nails. A narrow crown staple would also do nicely if available.

Here we have added a toe kick, recessed 3" from the front of the unit. We could also place this piece flush with the front if desired.
Now we patch and sand our screw holes and prepare to insert our trays.
Here's the finished unit, trays inserted. Capacity is 120 # 303 cans.

The selves in this unit are 15 1/2" wide. If we had extended the shelves to about 31", and added one more row of trays, we could have just as easily ended up with a unit capable of accommodating 300 cans. Longer shelves would have a tendency to sag so we never plan a unit to accommodate more than 6 trays wide.

If we had the space, we could build a unit a little under 8' tall and 33" wide that would accommodate 540 # 303 cans. The same unit built to work with the 30322 trays which hold 14 cans would accommodate 756 # 303 cans.

Variations using this system are almost endless. This same project shown in these pictures could have been built to accommodate six trays wide and two trays high and would have had exactly the same capacity, but fit into a totally different space.

If it were necessary to store one of these units in the kitchen, the design could easily be adapted to include doors. A little paint and your in business.

 

Contact Information

Email

frankkeele@gmail.com

 

 

Send mail to frankkeele@gmail.com with questions or comments about this web site.
Copyright © 2010 Can Rotation Systems
Last modified: 05/10/13