Rockler ⅜” Keyhole Slot Router Bit 1/4" Shank – Carbide Wood Cutter for Keyhole Slots – Picture Hanging & Cabinet Hardware, Precision Cutting Tool for Woodworking Projects
R 1,623
or 4 x payments of R405.75 with
Availability: Currently in Stock
Delivery: 10-20 working days
Rockler ⅜” Keyhole Slot Router Bit 1/4" Shank – Carbide Wood Cutter for Keyhole Slots – Picture Hanging & Cabinet Hardware, Precision Cutting Tool for Woodworking Projects
Precision Keyhole Slot: Twin-flute router bit creates clean keyhole slots for hanging pictures, frames, and wall decor; designed to capture screw heads securely for stable mounting in woodworking and cabinet projects
Wall Hanging Applications: Cuts a wide entry hole with a narrow slot to lock onto fasteners; perfect for picture hanging, wall-mounted items, and knock-down furniture requiring hidden, secure mounting solutions
Smooth & Accurate Routing: Designed for use with wood routers, this carbide router cutting bit delivers clean cuts in vertical or horizontal slots; ensures consistent results for woodworking projects and cabinet hardware installations
Versatile Woodworking Use: Great for routing multiple slots for larger hangings or centered slots for frames; compatible with router accessories and templates; ideal for DIYers, professionals, and cabinet door hardware setups
What’s Included: Includes (1) Rockler keyhole bit with 1/4" shank; suitable for use with most routers; perfect for woodworking, picture hanging applications, and precision slot cutting tasks
Use the slot cutter to cut a horizontal slot for hanging pictures. Makes a 3/8" entry hole and blind slot for positive hanging on a headed fastener. Use the slot cutter to cut a vertical slot for hanging pictures with a centered slot. For added convenience, use with our Picture Hanging Keyhole Template . Recommend using the 3/8" Hanging Slot Router Bit (92024) and 5/8" Short Shank Guide Bushing and Nut (38756) with the template. (Sold Separately) Top quality bits that meet the high demands of Rockler Woodworking and Hardware.