
Stop struggling with burnt-out bits and slow drilling times on your magnetic drill. The Walter 33mm x 55mm Carbide Core Cut annular cutter is built for the welder and fabricator who needs to punch holes through the toughest stuff in the shop. Whether you are working with thick stainless steel plate, cast iron parts, or hard alloys, this carbide-tipped cutter eats through metal that stops standard HSS bits in their tracks. With a 33mm diameter and a generous 55mm depth of cut, it handles heavy structural work and thick-walled pipe with ease.
Time is money in fabrication, and the Walter 05F233 is designed to save you both. The extra-hard carbide inserts allow you to push your mag drill harder and faster, reducing the cycle time for each hole. Unlike twist drills that require massive amounts of horsepower and physical force to push through, this annular cutter removes only the periphery of the hole, ejecting a solid slug. This means less wear on your machine and less fatigue for the operator. Plus, the clean, burr-free finish often eliminates the need for secondary reaming or deburring operations, letting you move straight to assembly or welding.
Durability is key when you are out in the field or working on a deadline. This cutter is engineered to resist the heat and abrasion that kills lesser tools. It is also forgiving on uneven surfaces, making it a lifesaver when you need to drill into a curved pipe or a rough casting. Compatible with most standard magnetic drilling units, the Walter Carbide Core Cut is a must-have in your tool crib for those jobs where failure isn't an option. From aluminum and brass to the hardest structural steels, trust Walter to give you a precise, clean hole every time.
| Additional Information |
|---|
| Brand:Walter Surface Technologies |
| Diameter:33 mm |
| Length:55 mm |
| Used To Cut:Steel, Stainless Steel & Aluminum |
| Product Type:Annular Cutter |
| Material:Tungsten Carbide Tipped |
| Cutting Depth:55mm |
| Application:Heavy Duty Drilling, Magnetic Drills |
| Packaging Description:1 per each |