Slip Roll
 |
 Slip roll rolling sheet metal Woodward Fab 12 long length $149.99 Time Remaining: 6h 46m Buy It Now for only: $149.99 |
 Slip roll rolling sheet metal Woodward Fab 12 length WFSR12 $149.99 Time Remaining: 17d 5h 16m Buy It Now for only: $149.99 |
 Shear bend bending slip roll sheet metal Woodward Fab VIDEO $649.99 Time Remaining: 10d 14h 4m Buy It Now for only: $649.99 |
 Slip roll bending rolling machine WOODWARD FAB WFSR40 VIDEO DEMO $529.99 Time Remaining: 4d 9h 25m Buy It Now for only: $529.99 |
 SR 2024M 24 x 20 Slip Roll Bench Model WIL756020 $663.97 Time Remaining: 21d 7h 12m Buy It Now for only: $663.97 |
 Slip N Grip Disposable Auto Plastic Seat Covers 500 roll $59.95 Time Remaining: 7d 11h 37m Buy It Now for only: $59.95 |
 Elite slip roll rolling sheet metal 41 x 16 gauge Woodward Fab VIDEO $1,295.00 Time Remaining: 27d 13h 36m Buy It Now for only: $1,295.00 |
 SR 2024M 24 x 20 Slip Roll Bench Model WIL756020 BRAND NEW $660.04 Time Remaining: 14h 4m Buy It Now for only: $660.04 |
 Power slip roll rolling bending machine MWFSR5116P $2,695.00 Time Remaining: 4d 10h 39m Buy It Now for only: $2,695.00 |
 24 x 20 Slip Roll Bench Model $739.99 Time Remaining: 7d 1h 47m Buy It Now for only: $739.99 |
Slip Roll
Anti-Slip Step Stools
What makes a step stool safe and sturdy? One of the qualities is the step stool's ability to stay put and not slip or slide with a load on it. How can this be accomplished? There are several methods that step stool manufacturers use depending on the intended use of the step stool. If the step stool is going to be used in a clean environment such as a warehouse with smooth concrete floors or at a car wash where the surface might be wet, most step stool manufacturers use non-slip rubber pads on the bottom of their steps to prevent slipping. But, all rubber non-slip pads are not created equal. And if you're not paying attention, some of these pads are not very big or attached very securely. So what should you inspect the step stool for?
Check the non-slip pads for being attached securely by pulling on the pad and see if it comes off easily. If it does, please understand that it will come off easily while you are using the step stool. If the pad comes off, you no longer have anything to keep the step stool from sliding on a smooth floor. So, first check the non-slip pads for being attached securely. Next you'll want to check the size and note how many of the non-slip pads are present on the bottom of the step stool. If you have a large step stool, you should have an adequate number of pads large enough to keep the step from sliding. The last thing to check is contact with the floor. Make sure that the non-slip pads are touching the floor when the step stool is set on it. You can do this by simply putting the step stool on a counter top and inspect where the non-slip pads contact the counter. The step stools with spring loaded wheels add danger to a step stool by making you apply enough weight for the non-slip pads to touch the floor. If you have a child or small person that tries to stand on this type of rolling step stool, their weight might not be enough to push on the step stool to make the non-slip pads touch the floor.
David C. DuPont invented the safest step stool after his own unfortunate fate in using the unstable and unsafe step stool when he's working on their family's repair shop. That incident got him bleeding and bruised. His invention has been awarded by various organizations for it's excellence. You can check all types of step stool for your own usage on his site at www.ShureStep.com. Or you may want to watch his videos here.
About the Author
In 1995 David set out to get a patent on his idea and the original "L" shaped Shure-Step® was born.In 1996 the Shure-Step® won the Top 20 Tools Award.This was a big boost for David and his product.Because of his involvement in the community and the rapid sales increase David was nominated for and won the Entrepreneur of the Year award from the Greater Houston Partnership. http://www.shure-step.com
Find the value of y for which the cue ball will roll?
A cue stick hits a cue ball of radius R horizontally a distance y above the center of the ball. Find the value of y for which the cue ball will roll without slipping from the beginning. Express your answer in terms of the radius R of the ball.
For this to happen, α = a/R
Now,
α = Q/I = (y - R)*F/(kmR²)
and a = F/m
So,
(y - R)F/(kmR²) = F/(mR) →
y = R(k + 1) where, for a solid sphere, k = .40
East Broad Top - Niles Slip Roll - First run in over 54 years