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Solid Router Bits

Solid Router Bits

Make plunge and profile cuts in solid surfaces with these router bits. Upcut bits pull chips away from the workpiece and provide faster chip removal than downcut bits. Downcut bits push chips toward the workpiece and provide downward force to help hold the workpiece in place.

For Wood

These bits have a scalloped cutting edge that speeds material removal in natural wood, wood composites, hard and soft plastics, and plastic composites.

Bright (Uncoated) — Carbide

Inch

Downcut — Center Cutting Flute 30 ° Helix Angle

Upcut — Center Cutting Flute 30 ° Helix Angle

Downcut — Center Cutting Flute 10 ° Helix Angle

Upcut — Center Cutting Flute 10 ° Helix Angle

For Aluminum

Use these single-flute bits for optimal speed and chip removal when routing aluminum.

Bright (Uncoated) — Carbide

Inch

Downcut O-Flute — Center Cutting 22 ° Helix Angle

Upcut O-Flute — Center Cutting 22 ° Helix Angle

For Stainless Steel

The AlTiN (aluminum titanium nitride) coating on these bits extends the life of the tool when machining stainless steel.

High Temp/Hardness AlTiN — Carbide

Inch

Upcut Spiral — Center Cutting Flute 30 ° Helix Angle

For Plastics

Leave a smooth finish on hard plastic workpieces with these bits. Suitable for use on acrylic, nylon, PVC, polycarbonate, and solid surface workpieces.

Bright (Uncoated) — Carbide

Inch

Downcut O-Flute — Center Cutting Flute 21 ° Helix Angle

Upcut O-Flute — Center Cutting Flute 21 ° Helix Angle

Straight V-Flute — Center Cutting Flute

For Composites

The diamond-cut flute pattern provides smooth, fast cutting action and leaves a clean edge on the workpiece. Suitable for routing circuit boards, epoxy resin, and aircraft composites as well as most plastics and nonmetallic materials.

Bright (Uncoated) Carbide

Inch

Diamond Cut — Plain End

Diamond Cut — Burr End

Diamond Cut — Drill Point End