3mm saddler's pliers awl - LEGACY - Olive ash handle

ALÊNE LOSANGE SELLIER LEGACY - HANDCRAFTED

This high-precision awl is an essential tool for saddlers. Its olive ash wood handle, hand-turned by a Breton craftsman, is designed to offer a natural and balanced grip.

Thanks to its intrinsic properties, this blade requires very little maintenance, polishing, or sharpening. Its low coefficient of friction ensures smooth and precise penetration, even in the densest materials. With its 3mm width, it is ideal for saddle stitching.

Simple and secure assembly
This awl comes with an unmounted blade, requiring a 1.5 Allen key (not supplied) for assembly. For your safety, a cork stopper is included to protect the blade when not in use. The set is presented in an elegant Legacy branded box.

👉 Technical specifications:
- Overall length: 115 mm
- Blade length: 25 mm
- Blade width: 3 mm
- Blade thickness: 2.3 mm
- Max handle diameter: 31 mm
- Wood type: Olive ash

The saddler blade can be replaced by a leathercraft blade.

📌 Handcrafted in France

📏 Discover the blades for Legacy pincers awl

A blade ready for use
Its steel blade, produced using an advanced powder metallurgy process, guarantees a fine and homogeneous microstructure, offering exceptional wear resistance, high hardness, and perfect dimensional stability, even under high stress.

A handcrafted handle in noble wood
Hand-turned by a Breton craftsman, the wooden handle is made from olive ash, a species selected for its solidity and natural aesthetics. Its unique wood essence gives each piece a singular visual identity and a pleasant and balanced grip. Lighter than the technical version, it provides a more traditional feel while remaining perfectly functional for daily use.

A robust ferrule and optimal performance
Machined with micrometric precision, the ferrule is made from a high-purity stainless alloy, ensuring excellent resistance to corrosion and thermal variations. Its design guarantees a rigid and durable connection between the handle and the blade, while optimizing the transmission of forces applied during use.