3 Claveles Multi Purpose Scissors

Description

The 3 Claveles Multi Purpose Scissors are high-performance cutting tools designed for professional use in leathercraft, tailoring, sewing, and general fabric work. Available in three sizes — 9.3″, 8.5″, and 7.5″ — these scissors offer a perfect balance between cutting power, comfort, and control.

Their lightweight design is achieved through ergonomic handles made from injected nylon, which are not only durable but also fitted with differently sized finger loops to provide a more natural grip. This makes them especially ideal for extended use in workshops, reducing fatigue without compromising precision. Despite their reduced weight, the stainless steel blades deliver powerful, clean cuts even through thick or layered materials like leather, denim, and canvas.

The scissors are manufactured using cold-stamped stainless steel, ensuring durability and long-lasting edge retention. They come neatly packaged in a protective case and are fully rust-resistant — ideal for both professional studios and mobile artisans.

MATERIAL
Carbon steel

PRODUCTION METHOD
Cold Stamped

PRESENTATION
Case

MODELS
Stainless / Rust-resistant

About “3 CLAVELES”

Factory located in Logroño (Spain), it is equipped with the best and most modern technology available today, on a surface of 20,000 m2.

In recent years carried out a process of digitalization of the company and automation with new technologies to become an industry 4.0.

Among all the facilities, forging and tempering stand out for their importance in the manufacturing process.

Hot forging is the best process of transformation of steels to obtain a quality cutting tool.

Hardening is a vital process in the manufacture of a high performance tool. All our efforts in machining, polishing, adjusting … would be in vain if the tool did not receive a good heat treatment.

A good quenching and tempering facility backed by a great experience makes a tool, through the heat treatments of quenching and tempering, achieve the transformation of the molecular structure of the steel, increasing its hardness (measured in HRc Rockwell) and improving the mechanical properties of the steel, increasing wear resistance, and greater durability.