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

LEGACY SELLIER DIAMOND AWL - ARTISANAL MANUFACTURING

This high-precision awl is an essential tool for saddle craftsmen. 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 width of 3 mm , it is ideal for sewing work in saddlery.

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

👉 Technical characteristics:
- Total 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's blade can be replaced by a leatherwork blade .

📌 French artisanal manufacturing

📏 Discover the awl blades with Legacy pliers

A blade ready to 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 made of noble wood
Hand-turned by a Breton craftsman, the wooden handle is made from olive ash, a species selected for its strength and natural aesthetics. Its unique wood species gives each piece a unique visual identity and a pleasant, balanced grip. Lighter than the technical version, it provides a more traditional feel while remaining perfectly functional for everyday 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.