
The Walter 05F217 Carbide Core Cut annular cutter represents the pinnacle of hole-making technology for industrial applications. Designed specifically to address the challenges of drilling through hard, abrasive, and uneven materials, this 17mm diameter cutter features premium tungsten carbide tips that maintain their cutting edge far longer than traditional High Speed Steel (HSS) alternatives. With a substantial 55mm depth of cut, it is perfectly suited for penetrating thick structural steel, heavy wall pipe, and castings found in heavy manufacturing and MRO environments.
Efficiency is at the core of the Walter design. The specialized flute geometry is engineered to rapidly evacuate chips, preventing clogging and heat accumulation that can lead to premature tool failure. This thermal management is critical when drilling work-hardening materials like stainless steel. By allowing for higher feed rates and rotational speeds, the Carbide Core Cut series significantly reduces cycle times, translating to direct labor savings and increased throughput for fabrication shops. The robust body design also provides the rigidity necessary to handle interrupted cuts and uneven surfaces without shattering, a common failure point in lesser cutters.
Compatible with standard magnetic drilling units via a universal Weldon shank, this cutter integrates seamlessly into existing tooling setups. Whether used for on-site construction repairs or precision shop fabrication, the Walter 05F217 delivers clean, burr-free holes with minimal post-processing required. It is the tool of choice for professionals demanding reliability and precision when working with the industry's toughest metals.
| Additional Information |
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| Brand:Walter Surface Technologies |
| Used To Cut:Stainless Steel, Steel, Cast Iron, Aluminum |
| Diameter:17 mm |
| Length:55 mm |
| Product Type:Annular Cutter |
| Material:Tungsten Carbide Tipped |
| Depth Of Cut:55mm |
| Shank Type:Weldon |
| Recommended RPM:Variable based on material |
| Packaging Description:1 per each |