2" Slugger NOVA 2" DOC Cutters
by '63134508042
SKU 63134508042
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Original price
$241.99
-
Original price
$241.99
Original price
$241.99
$241.99
$241.99
-
$241.99
Current price
$241.99
In-Store Availability
Stock Status:
Limited Stock (1-2?)
Location:
aisle B
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In-Store Only — Visit us in Gap, PA to purchase
Overview
The 2" Slugger NOVA 2" DOC Cutters (63134508042) are designed for high-performance annular cutting and precise hole drilling in metalworking and fabrication applications.
| MPN | 63134508042 |
|---|---|
| Brand | Fein (Slugger by FEIN) |
| Cutting Diameter | 2" |
| Material | High Speed Steel (HSS) |
| Country of Manufacture | USA |
| Category | Drill & Screwdriver Bits / Annular Cutters |
Technical Features
- High Speed Steel (HSS) construction: Provides the hardness and heat resistance required for consistent performance when cutting through metal stock.
- Made in the USA: Manufactured domestically under controlled production standards, supporting consistent dimensional tolerances across the cutter line.
- CNC machining process: Ensures precise bore tolerances on every cutter, reducing the need for secondary finishing or deburring of drilled holes.
- Exclusive heat treating process: Enhances the cutting edges for extended cutter life and sustained drilling efficiency under demanding conditions.
- Integrated cutter and pilot pin system: Combines the cutter and pin in one complete package, simplifying setup and reducing the risk of misplaced or incompatible components during operation.
- 2" cutting diameter: Sized for applications requiring a clean, full-diameter annular hole without the material waste associated with twist drilling.
Applications
- Hole cutting in structural steel, plate steel, and metal fabrications requiring precise bore tolerances.
- Use with compatible magnetic drill presses and annular cutter-capable drill systems in industrial and fabrication environments.
- Production drilling operations where long cutter life and repeatable hole quality are critical requirements.
- Metalworking tasks where efficient material removal and minimal burr generation are priorities.

















































