Smooth Blade 3,700 mm 16 mm Without Teeth

Smooth Blade 16 mm – Precision in Every Cut

This smooth blade, 16 mm wide and 2,500 mm long, delivers optimal cutting precision without teeth. The even edge ensures clean cuts across a variety of materials and is manufactured from durable steel that retains its sharpness through many uses.

Ideal for precision cutting in paper, textiles, plastic and other materials where a smooth, clean edge is essential to the finished result.

Cutting Precision Without Compromise

The toothless design of this smooth blade allows you to cut materials with minimal resistance and without the irregularities that teeth can leave behind. This is particularly important when working with delicate materials or on projects where finish quality is critical. The 16 mm width gives the blade the right balance between flexibility and stability during the cutting process.

Durability in Everyday Use

Manufactured from quality steel, this smooth blade ensures a longer service life and lasting sharpness. The 2,500 mm length makes it well suited to larger projects where continuous cuts are required. You avoid frequent replacements, resulting in a more efficient workflow with fewer interruptions and consistent results.

Technical Specifications

Blade width: 16 mm
Length: 2,500 mm
Type: Smooth blade without teeth
Material: Quality steel
Supplied as: 1 pc

With this smooth blade you get:

• Even and precise cuts without cracks or irregularities
• Durable construction in quality steel for a longer service life
• Versatile use across a range of materials and projects

You are always welcome to contact our customer service at web@hwl.dk for further information.

Frequently Asked Questions

What materials can I cut with this smooth blade?

The smooth blade is suitable for cutting paper, cardboard, textiles, thin plastic and similar materials where a clean, smooth edge is desirable.

How do I maintain my smooth blade?

Clean the blade after use and store it in a dry place. Avoid bending the blade and protect the cutting edge from impacts to preserve sharpness for as long as possible.

AI has contributed to this text and we therefore reserve the right to correct any errors.