Grand Damask

Technical specifications

1. Blade

• Material: 67-layer Damascus steel San Mai type with 10Cr15CoMov core, 60HRC hardness on the edge.
• Thickness: 2.5 mm for an optimal balance between finesse and robustness.
• Profile: Curved to facilitate rocking motion during cutting.
• Edge: 6° angle for ultra-precise and durable cutting.

2. Handle

• Material: Black 3D printed plastic with enamel pin logo on the back.
• Shape: Ergonomic, suitable for prolonged use without fatigue.
• Attachment: Full tang, monobloc handle for added strength.

3. Sheaths

• Delivered in a cardboard box, with blade guard and leather pouch.

4. Balance and weight

• Weight: 75 g for the blade alone.
• Center of gravity: Between the blade and the handle for optimal maneuverability.

5. Finish and maintenance

• Coating: Mirror polished to reduce food adhesion.
• Sharpening: Straight, 1000 grit, compatible with classic sharpening stones.
• Resistance: To moisture, food acids, and wear.

Advantages and uses

Why is this knife unique?
This paring knife combines the elegance of Damascus steel with the innovation of 3D printing. Its ultra-sharp blade ensures precise and durable cutting, while its 3D-printed handle offers unmatched ergonomics and an exclusive design. Lightweight and optimized, it pushes the boundaries of traditional cutlery.

Who is it for?
An ideal gift for cooking enthusiasts, this knife combines refinement and innovation. It will appeal to those who appreciate unique and high-performance tools, enhancing every gesture with style.

Comparison with a traditional knife
Unlike traditional knives, this 3D-printed model offers an ergonomic and textured handle for a perfect grip. Its Damascus blade guarantees precise and durable sharpness. Lighter, modern, and customizable, it combines innovation and performance for a unique cutting experience.

Manufacturing and innovation

3D Printing: performance and design
3D printing allows for the creation of an ergonomic handle, lighter and more comfortable than a traditional handle. It optimizes the structure, integrates non-slip textures, and offers innovative customization. This process reduces material waste and improves manufacturing durability.