FMHT73561 Max Steel Long Cut Aviation Snips
by Gap Power
SKU 721-0081
Original price
$20.95
-
Original price
$20.95
Original price
$20.95
$20.95
$20.95
-
$20.95
Current price
$20.95
In-Store Only — Visit us in Gap, PA to purchase
Overview
FMHT73561 Max Steel Long Cut Aviation Snips (FMHT73561) is designed for cutting sheet metal, including cold-rolled steel and stainless steel, with precision curved and straight cuts in hand tool applications.
| Specification | Value |
|---|---|
| MPN | FMHT73561 |
| Brand | Stanley FatMax |
| Weight | 1.10 lb |
| Color | Yellow & Black |
| Cutting Edge Length | 3.18 inches |
| Max Cut — Cold-Rolled Steel | 18 gauge |
| Max Cut — Stainless Steel | 23 gauge |
| Style | Aviation |
| Overall Length | 12 inches |
Technical Features
- Induction-hardened cutting edge: Increases edge retention over extended use, reducing the frequency of blade replacement.
- Polished, forged blades: Enables tight left and right curved cuts as well as straight cuts, providing versatility across multiple sheet metal cutting tasks.
- Compact blade geometry: Optimized for notching or trimming heavy stock in confined or detailed work areas.
- Flush hardware design: Minimizes hardware protrusion to prevent snagging on materials during the cutting stroke, improving workflow speed.
- Auto-release mechanism: Allows fast, single-handed operation, freeing the operator's other hand to manage the workpiece.
- Slip-resistant grip: Provides comfort and control during extended use, reducing operator fatigue and improving cutting accuracy.
- 3.18-inch cutting edge length: Delivers sufficient bite per stroke for efficient progress through sheet metal stock.
Applications
- Cutting cold-rolled steel sheet up to 18 gauge in HVAC ductwork, flashing, and roofing applications.
- Cutting stainless steel sheet up to 23 gauge where corrosion-resistant materials are required.
- Notching and trimming heavy sheet metal stock where a compact blade profile is required.
- Left and right curved cuts as well as straight cuts, suitable for pattern work and fitting irregular profiles.



















