ProChamfer 3PC Hex Shank Countersink Drill Bit Set – 90° Chamfer Tool for Clean Woodworking Finishes

Take your woodworking to the next level with smooth, splinter-free finishes every time. The ProChamfer 3PC Hex Shank Countersink Drill Bit Set features a 5-blade cutting edge and 90-degree design to create clean chamfers and beveled holes in seconds. Designed for precision and speed, these bits tackle softwood, hardwood, plywood, and more—perfect for professionals, hobbyists, and anyone who demands a polished result. With three common sizes (12mm, 16mm, 19mm), this wood chamfer drill bit set makes your projects faster, cleaner, and more professional.

Key Features

• Includes 3 countersink bits: 12mm, 16mm, and 19mm sizes

• Hex shank drill bits offer firm grip and quick-change compatibility

• Five-blade cutting head delivers smooth, chatter-free cuts at 90°

• Built for precision chamfering and deburring in a variety of woods

• Durable steel construction for long-lasting sharpness and wear resistance

Why Choose Our ProChamfer 3PC Hex Shank Countersink Drill Bit Set
Compared to standard single-edge bits, the five-blade design delivers superior cutting efficiency and a smoother finish. These countersink drill bits for wood reduce tear-out and save time on sanding, giving you pro-level results with less effort. They’re also compatible with most power drills, making them a staple in any toolbox.

Perfect For (Occasions & Uses)

• Woodworkers, cabinet makers, and carpenters

• DIYers finishing shelving, furniture, or home repairs

• Precision hole chamfering, deburring, and countersinking

• Drilling clean screw holes that sit flush with the surface

How It Works
Attach the appropriate size bit to a power drill with a compatible hex chuck. Align the bit over your pilot hole and drill gently until the bevel is complete. Clean as needed and store dry.

Precision in Every Turn
Upgrade your woodworking with the ProChamfer 3PC Hex Shank Countersink Drill Bit Set—clean finishes, sharp edges, and effortless results in every project.