Inside Consumer Reports Test Labs: Kitchen-cabinet organizers
“Top drawer” took on a new meaning when Bob Karpel (in the video right), a Tech/Appliance Program Leader for Consumer Reports, and his team put a wide array of pullout drawers, refuse/recycling containers, and rotating lazy Susans through a series of grueling tests as part of our August 2008 report on kitchen-cabinet organizers. At prices ranging from $20 to $220, these add-ons can be a cost-effective upgrade to kitchen cabinets.
Here’s how we tested the gear:
Ease of Installation
One of the heavily weighted factors in our Ratings is ease of installation. Each of the 28 organizers we tested was installed in a typical kitchen cabinet. Those models with clear instructions and modest tool requirements (typically a screwdriver, ruler, and cordless drill) earned higher marks.
In general, bottom-mounting slide-out drawers and refuse/recycling containers were easy to install, but those with side-mounting rails proved difficult as a one-person job. Three of the refuse/recycling containers mounted directly to a cabinet door, which entailed the extra step of shimming out the side-mounted rails with wood blocks.
With the lazy Susans, centering and leveling the center posts and fitting all the needed large parts into a restricted cabinet also proved difficult. Note that if you have stone or composite counters, you’ll need to add a spacing block inside the cabinet to attach the lazy Susan’s top spindle mount.
Pulling-Force and Spinning Usability Testing
Bob added weight to each drawer component, then measured the force needed to pull it open. An alarming surprise: After durability testing, the stop mechanism on one low-priced unit worked only when its front section was heavily weighted; otherwise it just slid free of the rails.
Bob loaded each lazy Susan with some common kitchen items and turned each unit a set number of times to test for smoothness, stability, and sagging. Considering the installation also, the least-expensive model was best overall. And one model had a nice feature: an internal spindle with special grooved threads to allow quick shelf-height adjustments.
Durability Testing
Bob’s “pièce de résistance” for this project was a “durability rig” (right) that used a pair of electric motors and a couple of crank arms to pull the drawer components in and out thousands of times; it also rotated the lazy Susans back and forth. Bob felt this setup would simulate five to 10 years of use, depending on a family’s size and lifestyle. The testing machine was set to push each drawer unit against its stop.
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