Sakset Stanley 2-14-563 molybdeeniteräs suora leikkuuteho 1,2 mm

The STANLEY 2-14-563 straight snips feature forged molybdenum-alloy steel blades and a 250 mm overall length, engineered for straight cutting of thin metals and various workshop materials. These snips offer a cutting capacity up to 1.2 mm on cold-rolled (mild) steel and are built for durability and precise control during metalworking and general cutting tasks.

Advantages

Forged alloy-molybdenum steel construction provides strength and longevity. Serrated cutting edges reduce slippage on sheet materials, while a double-pivot mechanism increases cutting power for cleaner cuts. Bi-material easy-grip handles improve handling and comfort, and a one-handed automatic latch release makes the tool convenient to open and store.

Suitable for

• Cutting aluminium sheets
• Cutting UPVC sheet
• Cutting wire mesh
• Cutting leather and soft materials
• Cutting copper and plastic
• Cutting mild steel up to 18 gauge (0.7–1.2 mm)

Key specifications

• Brand: STANLEY
• Model / MPN: 2-14-563
• EAN: 3253562145635
• Blade material: forged molybdenum alloy steel
• Cutting type: straight cut
• Cutting capacity (mild steel): up to 1.2 mm (18 gauge, 0.7–1.2 mm)
• Overall length: 250 mm
• Handle: bi-material easy-grip with automatic latch

How to use

Position the snips so the material aligns with the serrated cutting edges and squeeze the handles firmly and evenly to complete the cut. For straight cuts, guide the snips along the intended line, making progressive cuts on thicker materials. Use the one-handed latch release to open or secure the tool when not in use. Keep hands clear of the blades during operation and maintain a steady grip on the bi-material handles for control.

Recommendations

Use the snips within the specified cutting capacity and avoid cutting hardened steel or materials thicker than indicated. Regularly clean and lightly lubricate the pivot area and blades to maintain cutting performance. Store the tool closed and latched to protect the blades and prevent accidental injury.