1 1/8 Slugger NOVA 1" DOC Cutters
by Gap Power
SKU 63134286041
Sold out
Original price
$75.59
-
Original price
$75.59
Original price
$75.59
$75.59
$75.59
-
$75.59
Current price
$75.59
In-Store Only — Visit us in Gap, PA to purchase
Overview
The 1 1/8 Slugger NOVA 1" DOC Cutters (63134286041) are designed for annular cutting applications requiring precise bore tolerances and high-performance hole drilling in metal and structural materials.
| Specification | Detail |
|---|---|
| MPN | 63134286041 |
| Brand | FEIN (Slugger by FEIN) |
| Cutting Diameter | 1-1/8" |
| Depth of Cut (DOC) | 1" |
| Material | High Speed Steel (HSS) |
| Country of Origin | Made in USA |
| Category | Annular Cutters / Drill & Screwdriver Bits |
Technical Features
- High Speed Steel (HSS) construction — provides the hardness and heat resistance necessary for efficient metal cutting and extended cutter life.
- CNC machining manufacturing process — delivers consistent, precise bore tolerances on every cut, reducing the need for secondary finishing operations.
- Proprietary heat treating process — enhances the durability and wear resistance of the cutting edges, contributing to a longer service life under demanding drilling conditions.
- Integrated cutter and pilot pin system — combines both components in one complete package, simplifying setup and reducing the risk of misplaced or mismatched components on the job site.
- 1-1/8" cutting diameter with 1" depth of cut — sized for standard structural and fabrication hole requirements, enabling through-cuts in material up to 1" thick in a single pass.
- Made in the USA — manufactured under controlled quality standards consistent with FEIN's professional-grade tooling specifications.
Applications
- Annular cutting in structural steel, plate steel, and metal fabrication work
- Precision hole drilling where consistent bore diameter and tolerance are required
- Use with magnetic drill presses and compatible annular cutter arbors accepting 1-1/8" HSS cutters
- Industrial, construction, and ironworking applications demanding reliable, repeatable hole quality

















































