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Walter 51mm Carbide Tipped Annular Cutter 30mm Depth

$409.24/ea $359.47/1 per each only $359.47/eaSave 12%

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OVERVIEW

Maximize Efficiency on the Job Site

For welders and fabricators working in the field or the shop, time is money, and equipment reliability is everything. The Walter 05F151 Carbide Core Cut (51mm x 30mm) is built to handle the toughest drilling jobs without slowing you down. If you regularly work with stainless steel, heavy structural steel, or cast iron, you know that standard HSS bits can dull quickly, leading to frustration and downtime. This carbide-tipped annular cutter is the solution, designed to bite through hard metals aggressively while staying sharp job after job.

One of the standout features for welders is the speed at which this cutter operates. Because it cuts a ring rather than grinding out the whole hole, it requires less force and less power from your magnetic drill. This means you can punch a 51mm hole through 30mm plate much faster than with conventional twist drills. The clean, burr-free finish it leaves behind is a massive advantage for fit-up. You can often slide your pipe or bolt straight in without having to spend extra time grinding down rough edges or cleaning up the hole, streamlining your fabrication process.

The durability of the carbide tips also means fewer tool changes. When you are up on a scaffold or in a tight spot on a large workpiece, the last thing you want is to stop and swap out a burnt bit. The Walter Carbide Core Cut is designed to withstand the heat and abrasion of continuous drilling, making it ideal for on-site repairs, structural steel erection, and heavy equipment maintenance. It handles curved surfaces and interrupted cuts better than standard bits, giving you the confidence to tackle complex drilling tasks.

Whether you are drilling pilot holes for pipe runs or bolt holes for beam connections, this cutter delivers consistent performance. It is compatible with standard magnetic drilling units, making it a versatile addition to your tool crib. Invest in the Walter 05F151 to experience smoother drilling, longer tool life, and the ability to cut through the hardest materials with ease.

Additional Information
Brand:Walter Surface Technologies
Used To Cut:Stainless Steel, Steel, Cast Iron, Aluminum
Item:Annular Cutter
Diameter:51 mm
Depth Of Cut:30mm
Material:Carbide
Shank Type:Weldon
Packaging Description:1 per each

INCLUDED

  • 1x Walter Carbide Core Cut Annular Cutter (51mm x 30mm)

APPLICATIONS

  • Drilling large diameter holes in stainless steel and acid-resistant steel
  • Heavy-duty fabrication involving cast iron and hard alloys
  • Structural steel construction and erection
  • On-site maintenance and repair of heavy machinery
  • Pipeline flange and valve installation
  • Drilling uneven or curved surfaces
  • Applications requiring high-speed drilling with magnetic drill units

FAQ

The Walter Carbide Core Cut is specifically designed for tough, abrasive materials like stainless steel, cast iron, and hard alloys, but it also works exceptionally well on carbon steel.

This specific model has a cutting diameter of 51mm and a maximum depth of cut of 30mm.

No, annular cutters like this are designed for use with magnetic drilling units or stationary drill presses with the appropriate arbor/holder.

Yes, using a high-quality cutting lubricant or coolant is highly recommended to extend tool life, improve the surface finish, and assist with chip evacuation.

Carbide cutters are much harder and more heat-resistant than High-Speed Steel (HSS), allowing for faster drilling speeds and significantly longer life, especially in hard materials.

Yes, the design of the body and flutes makes it particularly suitable for drilling on curved or uneven surfaces where other bits might wander.

While not explicitly specified in the SKU data, Walter Carbide Core Cutters typically utilize a standard Weldon shank compatible with most magnetic drills.

Carbide tipped cutters can technically be resharpened, but it requires specialized equipment. Due to the complexity, many users replace them, though the long life justifies the cost.
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