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05D106 - Walter 05-D-106 Carbide Core Cut Annular Cutter, 1-3/8 in x 1-1/2 in

Packaging: 1 per each
$224.02/ea $196.77/1 per each only $196.77/eaSave 12%

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SKU: 05D106 Categories: ,

OVERVIEW

Precision Drilling for Hardened Metals

The Walter 05D106 Carbide Core Cut Annular Cutter represents the pinnacle of drilling technology for industrial fabrication. Engineered by Walter Surface Technologies, this 1-3/8 inch diameter cutter is specifically designed to overcome the challenges associated with machining tough, abrasive materials. Unlike standard High-Speed Steel (HSS) cutters that can dull rapidly when facing stainless steel or cast iron, this tool utilizes premium tungsten carbide inserts. These inserts maintain their cutting edge under high thermal stress, ensuring consistent performance and hole accuracy over a significantly longer lifespan.

Industrial professionals rely on the Carbide Core Cut series for its ability to handle complex drilling scenarios. Whether you are working on structural steel, rail, or heavy equipment repair, the 05D106 delivers clean, burr-free holes with a depth capacity of 1-1/2 inches. The cutter features an advanced body and flute design that optimizes chip evacuation. This is critical when drilling deep holes in hard alloys, as efficient chip removal prevents binding and reduces heat generation, protecting both the tool and the workpiece.

One of the standout features of this annular cutter is its stability on uneven surfaces. Drilling into curved pipes or textured castings can often lead to tool wandering or breakage with inferior bits. The Walter Carbide Core Cut is engineered to bite immediately and track true, making it an indispensable asset for on-site maintenance and fabrication shops alike. Compatible with standard magnetic drilling units, this cutter allows operators to increase feed rates while reducing physical exertion, ultimately boosting productivity in demanding environments.

Key Technical Benefits:

  • Extended Tool Life: Carbide tips resist wear and heat, lasting far longer than HSS in abrasive applications.
  • High-Speed Performance: Allows for faster rotational speeds and feed rates, reducing cycle times.
  • Versatile Application: Excellent for stainless steel, varying grades of cast iron, and exotic alloys.
Additional Information
Brand:Walter Surface Technologies
Diameter:1-3/8 in
Length:1.5 in
Used To Cut:Steel, Stainless Steel & Aluminum
Product Type:Annular Cutter
Material:Tungsten Carbide
Depth Of Cut:1-1/2"
Shank Type:Weldon
Packaging Description:1 per each

INCLUDED

  • 1 x Walter Carbide Core Cut Annular Cutter (1-3/8" x 1-1/2")

APPLICATIONS

  • Drilling stainless steel plate and structural members
  • Machining cast iron components and housings
  • Fabrication involving hard alloys and composites
  • On-site hole making in steel rails and heavy equipment
  • Creating holes in curved surfaces like pipes and tanks
  • General heavy-duty fabrication with magnetic drilling units
  • Processing aluminum, copper, and brass

FAQ

The Walter 05D106 has a cutting diameter of 1-3/8 inches and a maximum cutting depth of 1-1/2 inches.

Yes, the Carbide Core Cut series is specifically designed to excel at drilling stainless steel and other hard, abrasive materials.

Yes, a pilot pin is recommended to center the cut and eject the slug after drilling. Pilot pins are typically sold separately.

This cutter typically uses a standard Weldon shank, making it compatible with most major brands of magnetic drilling units.

Carbide is significantly harder and more heat-resistant than High-Speed Steel (HSS), allowing it to cut harder metals and last much longer, though it is more brittle and requires a stable setup.

Yes, the Walter Carbide Core Cut is designed to perform well even on curved or uneven surfaces where standard bits might wander.

Carbide cutters generally run at higher RPMs than HSS. Refer to the specific speed chart provided by Walter for 1-3/8" cutters on your specific material type.

While carbide tipped cutters can technically be serviced, it requires specialized equipment. Due to the complex geometry, they are often replaced rather than resharpened once the carbide is exhausted.