Fast-cutting blades are ready for everything from hardwood to general-purpose applications thanks to curved precision-tip design.
New Bosch Precision Tip oscillating tool blades offer two advantages over conventional blades: The curvature of a precision tip delivers better debris removal and greater metal thickness at the interface provides increased vibration control. And less vibration is good.
The blades include the OSC114F bi-metal for wood, metal and other general-purpose applications; OSC114 high-carbon steel for wood cutting; and the OSC114JF, a Japanese-tooth blade designed for fast, smooth cuts in wood and hardwood. Typical applications for these blades include notches, plunge cuts and cutoffs. Bosch also recently released their carbide tip multi-tool blade for 30x longer life in metal.
“This new blade design offers cleaner surface cuts and more precise straight plunge cuts,” said Luca Pugina, group product manager for oscillating tool blades, Bosch-North America, accessories. “The value to the end user is greater control and accuracy where the accessory meets the work piece.”
In addition to the new blade design, Bosch Precision Tip blades feature a thicker interface bracket, 1.25mm of steel versus 1mm for a conventional blade. This 25 percent increase in thickness reduces vibration and takes the guess work out of making precise cuts. And the blades are tapered for even more vibration control; less material, less vibration and more efficient debris removal.
And Bosch Precision Tip multi-tool blades offer the advantages of Bosch’s Oscillating Interface System (OIS™). OIS maintains the 12-pin structure of the company’s first multi-tool interface, but can be used on every professional brand of multi-tool without the need for an adapter.
Watch how the new Bosch OSC114F multi tool blade stacks up against the competition. The Bosch blade performs twice as fast as the second best competitor blade. See for yourself why Canadian Woodworking, Tool Reviews, and Fine Homebuilding rave about the OSC114F multi tool blade.