Milwaukee 48-22-4567 Long Cut Straight Aviation Snips 11.5 in.

The Milwaukee 48-22-4567 Long Cut Aviation Snips are purpose-built for professionals who demand precision, durability, and efficiency when cutting sheet metal, HVAC ducting, aluminum panels, roofing flashing, and other metal fabrication materials.

At the core of these snips are forged steel blades with laser-hardened edges, delivering up to 10 times more cuts compared to tools with cast blades. The 3-inch long cut blade is optimized for extended straight cuts, reducing the number of strokes required and increasing productivity on the job site. Sharp, serrated cutting edges grip metal surfaces securely to produce smooth, clean cuts with minimal effort.

Key Features:

• Forged Steel Blades — Laser-hardened edges for long-lasting sharpness and extended tool life
• 3" Long Cut Blade — Designed for fast, accurate straight cuts with fewer strokes
• Serrated Blade Edge — Ensures smooth, clean cuts across various metal materials
• BOLT LOCK™ Technology — Prevents blades from loosening during use for consistent performance
• Chrome-Plated Finish — Provides rust protection in tough, wet job site conditions
• Comfort Grip Handles — Ergonomically designed for low-effort cutting and reduced hand fatigue
• Color-Coded Handles — Allows for quick tool identification on busy job sites
• One-Handed Metal Swing Lock — Secures the snips safely for storage and transport
• Tether-Ready Lanyard Hole — Supports safe use when working at heights
• Blade Shape Curls Away Material — Keeps cut material out of the way for cleaner workflow

Specifications:

• Overall Length: 11.63 in.
• Blade Length: 3.03 in.
• Blade Material: Steel
• Handle Length: 6.52 in.
• Handle Material: Rubber
• UPC: 045242833344

What's Included:

• (1) Milwaukee 48-22-4567 Straight Long Cut Aviation Snips

Whether you're an HVAC technician, metalworker, or contractor, the Milwaukee 48-22-4567 aviation snips deliver the cutting performance, reliability, and job site durability required for demanding professional applications.