Product Details
Freud PB-005 Precision Shear 3/4-Inch by 3/8-Inch Shank Serrated Edge Forstner Bit

Freud PB-005 Precision Shear 3/4-Inch by 3/8-Inch Shank Serrated Edge Forstner Bit
From Freud

Price: $13.00 & eligible for FREE Super Saver Shipping on orders over $25. Details

Availability: Usually ships in 24 hours
Ships from and sold by Amazon.com

8 new or used available from $8.54

Product Description

Quality forged construction hardened steel body, ultra sharp spur, steep angled cutting edges and. Features double-ground, razor sharp serrated edge that slices throughout the rotation of the bit for less splintering and chipping. Thus, producing flawless flat-bottom holes. Geometric design has multiple cutting edges that produce greater shearing action, allowing for faster rotational speeds and more efficient cutting.


Product Details

  • Amazon Sales Rank: #102745 in Home Improvement
  • Brand: Freud
  • Model: PB-005
  • Dimensions: 1.00 pounds

Features

  • Razor sharp serated edge for fast and flawless cutting
  • Hardened Steel Body for longer life
  • Ultra Sharp Spur to ensure an accruate starting hole
  • Steep Angles Cutting Edge to produce "chisel-like curls"
  • Quality Forged Construction for extended life

Editorial Reviews

From the Manufacturer
Precision Shear Forstner Bits feature a double-ground, razor-sharp serrated edge that slices throughout the rotation of the bit for less splintering and chipping, producingflawless flat-bottom holes. This unique geomtric design has multiple cutting edges that produce greater shearing action, allowing for faster rotational speeds and more efficient cutting. Competitive forstner bit designs produce small chips and dust that collect in the cutting area, increasing friction and heat, thus causing the bit to dull quickly. Those designs also create holes with rough edges that require sanding. In addition to serrated edges, Precision Shear Forstner Bits include a hardened steel body for longer life and sharper edge, an ultra sharp spur to ensure accurate holes and less "walking", and steep angled cutting edges to produce holes that are smooth and flat.