Straight Plunge

In choosing a straight bit for any application, always select one with the shortest cutting edges and the shortest overall length that will reach the required cut depth. Excessive length intensifies deflection and vibration, which degrade cut quality and...

In choosing a straight bit for any application, always select one with the shortest cutting edges and the shortest overall length that will reach the required cut depth. Excessive length intensifies deflection and vibration, which degrade cut quality and...

In choosing a straight bit for any application, always select one with the shortest cutting edges and the shortest overall length that will reach the required cut depth. Excessive length intensifies deflection and vibration, which degrade cut quality and...

In choosing a straight bit for any application, always select one with the shortest cutting edges and the shortest overall length that will reach the required cut depth. Excessive length intensifies deflection and vibration, which degrade cut quality and...

In choosing a straight bit for any application, always select one with the shortest cutting edges and the shortest overall length that will reach the required cut depth. Excessive length intensifies deflection and vibration, which degrade cut quality and...

In choosing a straight bit for any application, always select one with the shortest cutting edges and the shortest overall length that will reach the required cut depth. Excessive length intensifies deflection and vibration, which degrade cut quality and...

In choosing a straight bit for any application, always select one with the shortest cutting edges and the shortest overall length that will reach the required cut depth. Excessive length intensifies deflection and vibration, which degrade cut quality and...

In choosing a straight bit for any application, always select one with the shortest cutting edges and the shortest overall length that will reach the required cut depth. Excessive length intensifies deflection and vibration, which degrade cut quality and...

In choosing a straight bit for any application, always select one with the shortest cutting edges and the shortest overall length that will reach the required cut depth. Excessive length intensifies deflection and vibration, which degrade cut quality and...

In choosing a straight bit for any application, always select one with the shortest cutting edges and the shortest overall length that will reach the required cut depth. Excessive length intensifies deflection and vibration, which degrade cut quality and...

In choosing a straight bit for any application, always select one with the shortest cutting edges and the shortest overall length that will reach the required cut depth. Excessive length intensifies deflection and vibration, which degrade cut quality and...

In choosing a straight bit for any application, always select one with the shortest cutting edges and the shortest overall length that will reach the required cut depth. Excessive length intensifies deflection and vibration, which degrade cut quality and...

In choosing a straight bit for any application, always select one with the shortest cutting edges and the shortest overall length that will reach the required cut depth. Excessive length intensifies deflection and vibration, which degrade cut quality and...

In choosing a straight bit for any application, always select one with the shortest cutting edges and the shortest overall length that will reach the required cut depth. Excessive length intensifies deflection and vibration, which degrade cut quality and...

For cutting shallow mortises for hinges and locksets, use this bit. Its cutting geometry is calculated to produce an exceptionally clean cut with crisp edges.

For cutting shallow mortises for hinges and locksets, use this bit. Its cutting geometry is calculated to produce an exceptionally clean cut with crisp edges.

For cutting shallow mortises for hinges and locksets, use this bit. Its cutting geometry is calculated to produce an exceptionally clean cut with crisp edges.

Single Flute. Designed for the mobile home and R.V. industries, for fast cut out work.

Straight Bit 5/16" Diameter 1" Cut Length 1/4" Shank 2 Flute

Straight Bit 7/16" Diameter 1" Cut Length 1/4 Shank 2 Flute

Straight Bit 1/2" Diameter 1" Cut Length 1/4" Shank 2 Flute

Straight Bit 9/16" Diameter 3/4" Cut Length 1/4" Shank 2 Flute

Straight Bit 5/8" Diameter 3/4" Cut Length 1/4" Shank 2 Flute

Straight Bit for 3/4" undersized plywood 23/32" Diameter 3/4" Cut Length 1/4" Shank 2 Flute

Straight Bit 3/4" Diameter 3/4" Cut Length 1/4" Shank 2 Flute

Straight Bit 3/4" Diameter 1" Cut Length 1/4" Shank 2 Flute

Straight Bit 1/2" Diameter 2" Cut Length 1/2" Shank 1 Flute

Straight Bit 1/2" Diameter 2-1/2" Cut Length 1/2" Shank 1 Flute

Straight Bit 5/16" Diameter 1" Cut Length 1/2" Shank 2 Flute

Straight Bit 1/2" Diameter 2" Cut Length 1/2" Shank 2 Flute

Straight Bit 7/8" Diameter 1-1/4" Cut Length 1/2" Shank 2 Flute

Straight Bit 1" Diameter 1-1/4" Cut Length 1/2" Shank 2 Flute

O-Flute Straight Bit Solid Carbide 1/4" Diameter 1" Cut Length 1/4" Shank 1 Flute

Standard Straight Bit Solid Carbide 1/16" Diameter 5/16" Cut Length 1/4" Shank 1 Flute

Standard Straight Bit Solid Carbide 7/32" Diameter 3/4" Cut Length 1/4" Shank 1 Flute

Standard Straight Bit Solid Carbide 1/8" Diameter 3/8" Cut Length 1/4" Shank 2 Flute

Standard Straight Bit Solid Carbide 5/32" Diameter 5/8" Cut Length 1/4" Shank 2 Flute