Introducing the NILE Handheld Pneumatic Scissors

Are you tired of struggling with ordinary scissors when cutting through tough materials like copper wires, iron wires, stainless steel wires, and resin? Look no further! The NILE Handheld Pneumatic Scissors are here to make your cutting tasks a breeze.

With a cutting thickness of up to 7mm, these scissors are specifically designed to handle various types of wires and materials. The durable and sharp replacement blades ensure clean and precise cuts every time.

What sets the NILE Handheld Pneumatic Scissors apart is their innovative pneumatic design. Powered by compressed air, these scissors effortlessly cut through materials with less effort on your part. The pneumatic functionality also provides consistent cutting performance, making them ideal for industrial use.

With a working pressure range of 0.5-0.6 MPa, the NILE Handheld Pneumatic Scissors operate at an average air consumption of 230 cm3 per cycle. The 1/4 air inlet size and suggested internal pipe diameter of 6mm ensure compatibility with most air supply systems.

Featuring a rugged construction and a length of 155mm, these scissors offer both durability and convenience. Their ergonomic straight handle design allows for comfortable gripping and precise control during cutting tasks.

Whether you're a professional in the manufacturing industry or a DIY enthusiast, the NILE Handheld Pneumatic Scissors are a must-have tool in your arsenal. Experience the ease and efficiency of pneumatic cutting with the trusted quality of NILE.

Don't miss out on this incredible tool! Order your NILE Handheld Pneumatic Scissors today and revolutionize your cutting experience.

Product Specifications:

• Brand: NILE
• Model: MR-20
• Cutting Thickness: Up to 7mm
• Air Inlet Size: 1/4
• Working Pressure: 0.5-0.6 MPa
• Average Air Consumption: 230 cm3 per cycle
• Total Length: 155mm
• Weight: 0.34kg
• Applicable Materials: Copper wires, iron wires, stainless steel wires, resin

Disclaimer: The products displayed in the images may vary slightly from the actual product.