Klein HW Z2 Core Box Router Bit, 19 mm Diameter, 1/2-Inch Shank
A Klein G111 HW carbide core box router bit with a 1/2-inch (12.7 mm) shank, 19 mm cutting diameter, 32 mm cutting length, 70 mm overall length, and 9.5 mm radius. The exact G111.190.R Item is designed for deep rounded grooves used in decorative furniture work and grip profiles on compatible large panels.
Klein G111.190.R is the exact 1/2-inch-shank Item in the E111–G111 family of HW Z2 core box router bits. The official Item row specifies a 12.7 mm (1/2-inch) shank, 19 mm cutting diameter, 32 mm cutting length, 70 mm overall length, and 9.5 mm radius.
Klein describes this family as capable of cutting deeper rounded flutes than standard core bits. The profile is suited to compatible decorative furniture work and to recessed grip features on large panels where a smooth semicircular groove is required.
Verified workpiece groups include softwood, hardwood, and chipboard. Official machine guidance lists CNC machining centres, hand router machines, and router tables. Klein recommends multiple passes when removing large quantities of material.
Klein specifies the E111–G111 family for deeper rounded flutes than standard core bits in compatible decorative and grip work.
The exact G111.190.R Item combines a 19 mm diameter with a 9.5 mm radius, 32 mm cutting length, and 70 mm overall length.
Two HW carbide cutting edges support compatible routing in softwood, hardwood, and chipboard across the listed machine types.
Confirm the exact G111.190.R Item code. This G-series version uses a 1/2-inch (12.7 mm) shank; the corresponding E111.190.R variant uses a 12 mm shank. Use a clean compatible collet and verify cutter clearance, projection, guarding, workholding, feed direction, and applicable machine and tool speed limits. Use multiple passes when removing large quantities of material.
Klein G111.190.R combines a 19 mm cutting diameter, 9.5 mm radius, 32 mm cutting length, 70 mm overall length, Z2 HW carbide geometry, and a 1/2-inch shank.
Correct shank identification, collet fit, cutter clearance, guarding, pass depth, workholding, feed direction, and machine parameters are essential to controlled material removal and consistent rounded-groove quality.