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Pro-Tech | Router Bit Straight 1/2" X 32mm Cut 2 Flute Metric 1/2" Shank
1/2" 1/2" X 32mm 2 Flute Straight Cut Router Bit
- 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 lead to tool breakage
-
Use a two-flute bit where fine finish is paramount - Two flutes balance the bit, eliminating vibration that degrades the cut finish
- Two cuts per revolution yield a smooth surface, but feed rate is slightly reduced
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Pro-Tech | Router Bit Straight 1/2" X 32mm Cut 2 Flute Metric 1/2" Shank
Pro-Tech | Router Bit Straight 1/2" X 32mm Cut 2 Flute Metric 1/2" Shank
1/2" 1/2" X 32mm 2 Flute Straight Cut Router Bit
- 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 lead to tool breakage
-
Use a two-flute bit where fine finish is paramount
- Two flutes balance the bit, eliminating vibration that degrades the cut finish
- Two cuts per revolution yield a smooth surface, but feed rate is slightly reduced
$3.18
Original: $10.61
-70%Pro-Tech | Router Bit Straight 1/2" X 32mm Cut 2 Flute Metric 1/2" Shank—
$10.61
$3.18Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
1/2" 1/2" X 32mm 2 Flute Straight Cut Router Bit
- 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 lead to tool breakage
-
Use a two-flute bit where fine finish is paramount
- Two flutes balance the bit, eliminating vibration that degrades the cut finish
- Two cuts per revolution yield a smooth surface, but feed rate is slightly reduced
