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05D015 - Walter 15/16-Inch Carbide Tipped Annular Cutter 1.5-Inch Depth

Packaging: 1 per each
$178.96/ea $157.18/1 per each only $157.18/eaSave 12%

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SKU: 05D015 Categories: ,

OVERVIEW

High-Performance Carbide Drilling Solution

The Walter 05D015 Carbide Core Cut Annular Cutter represents the pinnacle of hole-making technology for industrial applications involving difficult-to-machine materials. Designed with a 15/16-inch diameter and a 1.5-inch depth of cut, this tool is engineered to surpass the limitations of traditional High-Speed Steel (HSS) cutters. The integration of premium carbide inserts allows this cutter to maintain hardness and cutting edge integrity at significantly higher temperatures, making it the ideal choice for drilling through stainless steel, cast iron, and other tough alloys where heat generation is a critical factor.

Walter Surface Technologies has developed a unique flute and body design for the Core Cut series that optimizes chip evacuation. In deep hole drilling, chip packing can lead to catastrophic tool failure; however, the specialized geometry of this cutter ensures that swarf is ejected efficiently, reducing friction and mechanical load on the magnetic drilling unit. This design not only extends the lifespan of the cutter but also protects the drilling equipment from premature wear caused by excessive torque requirements.

For fabrication shops and industrial maintenance teams, the Carbide Core Cut offers tangible efficiency gains. The ability to run at higher speed and feed rates translates directly to reduced cycle times per hole. Furthermore, the precision grinding of the carbide tips produces clean, burr-free holes that often eliminate the need for secondary deburring operations. Whether working on flat plate or uneven surfaces, the 05D015 delivers consistent, reliable performance that meets the rigorous demands of modern metalworking environments.

Technical Specifications

  • Diameter: 15/16"
  • Depth of Cut: 1.5"
  • Cutting Material: Ultra-hard Carbide Inserts
  • Shank Style: Universal Weldon
  • Recommended RPM: Higher than standard HSS equivalents
Additional Information
Brand:Walter Surface Technologies
Diameter:15/16 in
Length:1.5 in
Material:Carbide Tipped
Product Type:Annular Cutter
Depth Of Cut:1.5"
Shank Type:Weldon
Compatible Materials:Stainless Steel, Cast Iron, Hard Alloys, Composites
Packaging Description:1 per each

INCLUDED

  • 1 x Walter 15/16" Diameter Carbide Core Cut Annular Cutter
  • Protective Storage Tube

APPLICATIONS

  • Drilling large diameter holes in stainless steel structures
  • Fabrication involving cast iron components
  • Heavy-duty drilling in tough alloys and composites
  • On-site construction and repair using magnetic drilling units
  • Creating bolt holes in uneven or curved surfaces
  • Railroad and transportation equipment maintenance
  • Structural steel erection and modification

FAQ

This cutter uses carbide inserts which are much harder and more heat-resistant than High-Speed Steel (HSS). This allows it to drill through harder materials like stainless steel and cast iron faster and last significantly longer.

It features a standard Weldon shank, which is the industry standard for most magnetic drilling machines.

Yes, it can drill aluminum, but it is specifically engineered for harder metals. For pure aluminum applications, specific geometry might clear chips better, but this carbide cutter will certainly cut it.

Yes, using a high-quality cutting lubricant or coolant is highly recommended to extend the life of the carbide tips and ensure smooth chip evacuation.

The 05D015 model has a maximum depth of cut of 1.5 inches.

Typically, pilot pins are sold separately as they depend on the specific arbor and cutter length. You will need a pilot pin compatible with a 1.5-inch depth cutter.

Yes, the body design and carbide tips make it suitable for drilling into uneven or curved surfaces where standard twist drills might walk or break.

Carbide cutters generally run at higher RPMs than HSS. Refer to the Walter speed chart for the specific material you are drilling, but expect to run faster than you would with HSS.