--- --- APWORKSHOP.COM.AU Router Bits SOLID SURFACE BITS FACE INLAY 1/4 inch (6.35 mm) to 1/2 inch (12.7 mm) cutter width ("B"). Part # A inch A mm B inch B mm C inch C mm G inch G mm Bearing A$ TSS 11 B 1/2 SOLID SURFACE FACE INLAY 1/4 W/BRG 1 25.4 1/4 6.35 2-19/32 66 1/16 1.6 TBT22 + TB14 60.60 TSS 21 B 1/2 SOLID SURFACE FACE INLAY 1/4 W/BRG 1 25.4 1/4 6.35 2-19/32 66 1/8 3.2 TBT21 + TB11 60.60 TSS 31 B 1/2 SOLID SURFACE FACE INLAY 1/4 W/BRG 1 25.4 1/4 6.35 2-19/32 66 3/16 4.8 TBT20 + TB11 60.60 TSS 12 B 1/2 SOLID SURFACE FACE INLAY 1/2 W/BRG 1 25.4 1/4 6.35 2-7/8 73 1/16 1.6 TBT22 + TB11 60.60 TSS 22 B 1/2 SOLID SURFACE FACE INLAY 1/2 W/BRG 1 25.4 1/4 6.35 2-7/8 73 1/8 3.2 TBT21 + TB11 60.60 TSS 32 B 1/2 SOLID SURFACE FACE INLAY 1/2 W/BRG 1 25.4 1/4 6.35 2-7/8 73 3/16 4.8 TBT20 + TB11 60.60 M= Metric Size, H= High Speed Steel, T= Carbide Tipped or Solid Carbide, A= Carbide Tipped on Nose (Pilot Panel Bits) B= Ball Bearing Guide, E/C = End Cutting, S = Single Flute, X= Long series bits not warrantied against breakage, XX= Extra long series bits not warrantied against breakage. Where bits are available in various arbor/shank diameters, suffix indicates: 5/16 inch, 3/8 inch, 1/2 inch, 10 mm (otherwise 1/4 inch). In diagrams, A= Cutting Width, B= Flute Length, C= Overall Length (includes bearing and screw), R, R1 or R2 = Radius of Cut, E= Pilot or Bearing Width, G= Depth of Cut, Bevel = Bevel, ID= Inside Diameter, T= Wood Thickness. ![]()
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CARBIDE TIPPED
TWO FLUTES WITH CARBI-SMOOTH BEARING ASSEMBLY & BALL BEARING GUIDE
All bits 1/2 inch (12.7 mm) Shank 