Micrograin carbide-tipped router bits for precision, durabilityFully hardened and tempered ste...
Micrograin carbide-tipped router bits for precision, durabilityFully hardened and tempered steel shanks for ultimate durabilityTips engineered with heat-treating process for extra-fine finish
Benefits
Micrograin carbide-tip router bit design
ensures consistently smooth finish cuts, with superior wear resistance
Designed for pattern routing
top-mounted ball bearing rides against template, to execute pattern routing
Comprehensive line of bits
features hundreds of profiles for mortising, edge forming, trimming, surface forming, and cabinetry/joinery in wood, plastic and laminate
Shielded, compact ball-bearing pilot
guides bit along edge of material
Reinforced shanks
feature fully hardened and tempered steel shanks that provide ultimate durability
Upgraded micrograin carbide
engineered for precise cuts and for long bit life
Bosch-exclusive heat-treating process
provides hardness and withstands high temperatures
The Bosch 85682MC 3/4 In. x 1 In. Carbide-Tipped Double-Flute Top-Bearing Straight Trim Router Bit is the correct replacement for the following model numbers.
Description
Micrograin carbide-tipped router bits for precision, durabilityFully hardened and tempered steel shanks for ultimate durabilityTips engineered with heat-treating process for extra-fine finish
Benefits
Micrograin carbide-tip router bit design
ensures consistently smooth finish cuts, with superior wear resistance
Designed for pattern routing
top-mounted ball bearing rides against template, to execute pattern routing
Comprehensive line of bits
features hundreds of profiles for mortising, edge forming, trimming, surface forming, and cabinetry/joinery in wood, plastic and laminate
Shielded, compact ball-bearing pilot
guides bit along edge of material
Reinforced shanks
feature fully hardened and tempered steel shanks that provide ultimate durability
Upgraded micrograin carbide
engineered for precise cuts and for long bit life
Bosch-exclusive heat-treating process
provides hardness and withstands high temperatures