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Walter 15mm Carbide Annular Cutter - 30mm Depth

$153.94/ea $135.22/1 per each only $135.22/eaSave 12%

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OVERVIEW

Cut Through the Toughest Metals with Confidence

Every welder knows the frustration of burning through drill bits when working with stainless steel or cast iron. The Walter 05F115 15mm x 30mm Carbide Core Cut annular cutter is the solution to that headache. Designed for the professional fabricator who demands reliability, this cutter is built to handle the jobs that eat standard High-Speed Steel (HSS) bits for breakfast. Whether you are working on a structural steel beam, repairing heavy equipment, or fabricating a custom stainless tank, this tool ensures you get a clean, precise hole every single time.

The secret lies in the extra-hard carbide inserts. Unlike standard bits that soften and dull under the high heat generated by drilling hard metals, these carbide tips maintain their edge, allowing you to push your magnetic drill harder and faster. The 15mm diameter is a common size for bolt holes and pass-throughs, while the 30mm depth gives you the reach needed for thick plates and tubing. You can say goodbye to stepping up drill sizes; this annular cutter removes a solid slug of material, requiring less horsepower and less physical effort than twist drills.

On the job site, versatility is key. The Walter Carbide Core Cut is designed to bite into curved surfaces and uneven materials without walking or chattering, making it safer and more accurate for field work. The specialized flute design clears chips rapidly, preventing the cutter from binding up deep in the hole. This means less downtime clearing jams and more time making sparks. It is the perfect companion for your mag drill, turning a portable unit into a powerhouse capable of machining shop-quality holes in the field.

Investing in quality tooling like the 05F115 saves you money in the long run. Instead of replacing cheap bits halfway through a project, you can rely on the durability of Walter's engineering to see the job through. From the first hole to the last, you get consistent diameter, smooth finish, and the speed you need to stay ahead of schedule. Upgrade your drilling game with the cutter built for the hardest metals in the shop.

Additional Information
Brand:Walter Surface Technologies
Used To Cut:Steel, Stainless Steel & Aluminum
Diameter:15 mm
Cutting Depth:30 mm
Material:Carbide Tipped
Product Type:Annular Cutter
Packaging Description:1 per each

INCLUDED

  • 1x Walter 15mm x 30mm Carbide Core Cut Annular Cutter
  • Protective Storage Tube

APPLICATIONS

  • Drilling stainless steel and high-tensile alloys
  • Structural steel fabrication and erection
  • Heavy machinery repair and maintenance
  • Railroad track and car maintenance
  • Pipeline flange and valve drilling
  • Cast iron component modification
  • On-site drilling with magnetic drill presses

FAQ

The 05F115 is specifically designed for hard and challenging materials such as stainless steel, cast iron, tough alloys, and abrasive composites, but it also works exceptionally well on carbon steel and aluminum.

This specific model (05F115) has a cutting diameter of 15mm and a maximum cutting depth of 30mm.

Yes, using a high-quality cutting lubricant or coolant is highly recommended to extend the life of the carbide inserts and ensure a smooth cut, especially when drilling stainless steel.

Yes, the Walter Carbide Core Cut design allows for stable drilling on curved or uneven surfaces, which is often difficult with standard twist drills.

Carbide cutters like the 05F115 are much harder and more heat-resistant than HSS. They can run at higher speeds and feed rates and last significantly longer when drilling hard materials.

This annular cutter is designed for use with magnetic drilling units (mag drills) equipped with a compatible arbor (typically a Weldon shank).

Yes, it can drill aluminum effectively. However, because aluminum is soft and gummy, proper lubrication is essential to prevent chips from welding to the cutter.

While carbide cutters are extremely durable, they are more difficult to resharpen than HSS due to the carbide inserts. It is often more cost-effective to replace them once they reach the end of their life, though specialized services may offer sharpening.
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