Skip to Main Content

01V071 - Walter SN-2 Inverted Cone Carbide Burr Double Cut

Packaging: 1 per each
$28.30/ea

Usually ships within 3-5 business days

SKU: 01V071 Categories: ,

OVERVIEW

Precision Grinding with Walter Tungsten Carbide Burrs

The Walter 01V071 Carbide Burr SN-2 DC represents the pinnacle of precision grinding technology. Manufactured by Walter Surface Technologies, this tool is crafted from the finest grade of tungsten carbide, ensuring exceptional hardness and wear resistance. For industrial professionals who demand accuracy and efficiency, this burr delivers unparalleled performance in metal removal applications. The specific SN-2 shape, known as an inverted cone, is uniquely designed to access difficult angles, making it indispensable for rear-side chamfering, v-cuts, and working on interior surfaces where standard cylindrical or ball-nosed burrs cannot reach.

One of the standout features of this product is its Double Cut geometry. Unlike single cut burrs that produce long, stringy chips, the double cut design features an alternate diamond pattern. This configuration breaks down chips into small, manageable granular particles, significantly reducing the load on the tool and preventing clogging. This results in a smoother finish on the workpiece and allows for more aggressive stock removal without sacrificing control. The precise concentricity of Walter burrs is another critical factor; it ensures the tool spins true, minimizing vibration. Reduced vibration not only extends the life of the burr and the die grinder but also reduces operator fatigue during extended use.

Durability is at the core of the Walter 01V071. The high-strength carbide material resists heat buildup, maintaining a sharp cutting edge even under the high RPMs required for effective burr operation. Whether you are deburring a machined part, enlarging a hole to precise tolerances, or finishing a weld seam in a hard-to-reach spot, this tool provides the consistency and reliability required in professional machine shops and fabrication facilities. It is optimized for use on ferrous metals, including mild steel and stainless steel, making it a versatile addition to any industrial abrasive inventory.

Additional Information
Packaging Description:1 per each
Brand:Walter
Used to Grind:Steel or Stainless
Shape:Inverted Cone (SN-2)
Cut Type:Double Cut
Material:Tungsten Carbide
Pattern:Diamond Pattern

INCLUDED

  • 1x Walter Carbide Burr SN-2 Double Cut

APPLICATIONS

  • Deburring and finishing stainless steel and steel components
  • Enlarging holes and slots to precise dimensions
  • Rear-side chamfering and back-spotfacing
  • Cleaning up weld seams in confined areas
  • Removal of material in hard-to-reach contours
  • General metal fabrication and die grinding

FAQ

The SN-2 is an inverted cone shape. It is specifically designed for rear-side chamfering, v-cuts, and reaching into angled areas that are difficult to access with cylindrical or ball-shaped burrs.

Double Cut refers to the tooth pattern on the burr. It features cross-cut flutes (a diamond pattern) which produce smaller chips, allow for faster stock removal, and leave a smoother finish compared to single cut burrs.

Yes, the Walter 01V071 is made from high-grade tungsten carbide, making it hard enough to effectively grind and deburr stainless steel as well as standard mild steel.

This carbide burr is designed for use with a die grinder (pneumatic or electric) that accepts the specific shank size of the burr.

Precise concentricity ensures the burr spins perfectly true. This reduces vibration (chatter), which prevents premature wear on the tool and the grinder, and ensures a consistent surface finish.

The Double Cut design helps prevent loading by creating small, granular chips that clear easily from the flutes, unlike single cut burrs which can produce long stringy chips.

While it can cut aluminum, double cut burrs may clog with soft, non-ferrous metals. An 'Aluminum Cut' (single wide flute) burr is generally recommended for aluminum to prevent loading.

Tungsten carbide is significantly harder and more heat-resistant than high-speed steel (HSS), allowing it to run at higher speeds, cut harder materials, and last much longer.