The FEIN Slugger 1-3/16 in. x 1 in. DOC Carbide Tipped Annular Cutter is engineered for heavy-duty metal drilling in structural steel, dense metals, and hardened alloys. Featuring a 1-3/16 in. cutting diameter and a 1 in. depth of cut, this USA-made cutter combines carbide-tipped cutting geometry with a high-strength steel body to deliver fast feed rates, reduced heat accumulation, and extended service life compared to standard high-speed steel tooling. Built with a 3/4 in. universal shank, it offers seamless mounting across a wide selection of magnetic base drill presses and annular cutter arbors.

Brazed carbide cutting tips maintain edge resilience under high drilling temperatures, minimizing tool friction and operator effort. The robust steel core absorbs drilling torque and mechanical shock during demanding cuts. Each cutter includes a dedicated pilot pin that establishes precise center alignment, controls internal coolant flow directly to the cutting edge, and automatically ejects the solid center slug upon through-hole completion.

Features & Benefits

• Carbide-Tipped Teeth: High-grade carbide tips brazed to a steel body deliver superior heat resistance and fast cutting speeds on dense metals and hardened steel.
• Durable Steel Body: High-strength core absorbs vibration and mechanical stress under heavy load.
• 3/4 in. Universal Shank: Universal mounting geometry ensures compatibility with standard magnetic drills and annular cutter holders.
• Included Pilot Pin: Enables accurate hole centering, manages internal lubrication flow, and ejects the core slug after drilling.
• Made in USA: Proudly manufactured in the United States to rigorous industrial quality standards.

What's Included

• (1) FEIN Slugger 1-3/16 in. x 1 in. DOC Carbide Tipped Annular Cutter
• (1) Pilot Pin

For operations requiring different hole diameters or cutting depths, FEIN Slugger carbide-tipped annular cutters are available in a full range of fractional sizes and depth-of-cut configurations.

Shipping: Beaver Industrial Supply offers free shipping on orders over $199, with the exception of Sawstop and Laguna, which require additional fees to be collected. Other exceptions apply as noted on product pages.

We reserve the right to determine the fastest and most cost-effective manner of transportation for all orders that qualify for free shipping. Our shipping carriers cannot deliver to PO box or U.S. military post office box addresses, such as APO and FPO, so we require a physical street address for delivery. We use USPS, which typically takes 2-8 days for delivery, depending on your location, for smaller items and UPS Ground for all other ground shipments under 150 pounds.

• Returns: We accept returns and exchanges for a fee up to 30 days in unopened, new, and unused condition in the original packaging. Exceptions apply.

Please note, NO REFUNDS will be given on any new, used, or damaged item if it is not returned in the original packaging, no matter what condition the packaging is in. If the item qualifies for free shipping, you will be charged the original shipping cost and are responsible for shipping the product back with the shipping carrier of your choice.

We must receive the item undamaged. We recommend you package it accordingly and purchase insurance for higher-priced items to ensure you receive the full refund minus any incurred fees as applicable. We reserve the right to refuse the return of accessories.

Because items are your responsibility until they reach us, we recommend that you send the parcel using a delivery service that insures you of the value of the goods. Return shipping is at the customer's cost. At Beaver Industrial Supply’s discretion, delivery charges can be refunded if the goods are defective.

Returns require a return authorization number. Please call customer service at 314-773-5999 or submit a customer service inquiry to start the exchange or return process and receive an authorization number.

Machinery too large for parcel shipment (palletized or crated) is only returnable if there is a material defect that cannot be resolved by replacing components.