inch wide by 1.5 ~ 2'' thick strips laid tightly in the drawer...
no holes to drill or crosses to cut... just put the bits in between the strips...
infinite spacing is one fell swoop...
Use closed cell sponge foam rubber (like Rubber Plumbing Pipe Insulation) in ¾''± wide by 1½ ~ 2'' thick strips STOOD ON EDGE and laid tightly together a drawer...
mastic (like PL-300) in the strips in if you wish..
no holes to drill or crosses to cut... just put the bits in between the strips...
infinite spacing is one fell swoop...
Kill two birds with one stone.
First is a spacing issue. It always seems that the uniform holes are either too close or too far apart, which eats up the space.
Second, is using a "hard" holder (wood, MDF, etc). The holes always seem to be too loose or too tight as use, temperature and humidity grows and shrinks the holes.
You get the best in flexibility with infinite spacing and self adjustable tension on the bit shafts.
I rescued the cut off scraps from a foam rubber seller... (dumpster dove)
can't argue that price...
no holes to drill or crosses to cut... just put the bits in between the strips...
infinite spacing is one fell swoop...
Use closed cell sponge foam rubber (like Rubber Plumbing Pipe Insulation) in ¾''± wide by 1½ ~ 2'' thick strips STOOD ON EDGE and laid tightly together a drawer...
mastic (like PL-300) in the strips in if you wish..
no holes to drill or crosses to cut... just put the bits in between the strips...
infinite spacing is one fell swoop...
Kill two birds with one stone.
First is a spacing issue. It always seems that the uniform holes are either too close or too far apart, which eats up the space.
Second, is using a "hard" holder (wood, MDF, etc). The holes always seem to be too loose or too tight as use, temperature and humidity grows and shrinks the holes.
You get the best in flexibility with infinite spacing and self adjustable tension on the bit shafts.
I rescued the cut off scraps from a foam rubber seller... (dumpster dove)
can't argue that price...