Mag Nutsetter Set 1-3/4'' (3pc)
by Gap Power
SKU 145MN-DB3
Original price
$6.95
-
Original price
$6.95
Original price
$6.95
$6.95
$6.95
-
$6.95
Current price
$6.95
In-Store Availability
Stock Status:
Limited Stock (1-2?)
Location:
vega rack
In-Store Only — Visit us in Gap, PA to purchase
Overview
The Mag Nutsetter Set 1-3/4" 3pc (145MN-DB3) is designed for drill and screwdriver accessory applications requiring precise, durable magnetic nutsetters for professional fastening tasks.
| Specification | Detail |
|---|---|
| MPN | 145MN-DB3 |
| Manufacturer | Vega |
| Pieces Included | 3 |
| Length | 1-3/4" |
| Material | S2 Modified Shock Resistant Steel |
| Tip Manufacturing Method | Proprietary Precision CNC Machined |
| Category | Drill & Screwdriver Bits |
| Packaging | Clear Clamshell |
Technical Features
- S2 Modified Shock Resistant Steel Construction: Engineered to withstand high-impact fastening applications, reducing tip breakage and extending service life under professional use conditions.
- Proprietary Precision CNC Machined Tips: Tight dimensional tolerances ensure an excellent fit within the fastener recess, minimizing cam-out and reducing fastener damage.
- Magnetic Nutsetter Design: Retains nuts and fasteners securely on the tip during driving, improving single-handed operation and reducing dropped hardware on the job site.
- 3-Piece Set Configuration: Provides multiple nutsetters in a single purchase, supporting continuous workflow without interruption for bit changeover or replacement.
- Clear Clamshell Packaging: Allows full product visibility prior to purchase and includes high-impact color labels detailing product specifications and pack size for easy identification at point of sale or in storage.
Applications
- Professional fastening tasks requiring magnetic nut retention during drill and screwdriver operations.
- High-impact driving environments where standard steel bits are prone to premature wear or fracture.
- Job sites and trades requiring reliable, precision-fit nutsetter performance across repeated use cycles.

















































