Technical specifications
1. Blade
- Material: Duracier, super stainless sintered steel, highly alloyed, acid and rust-resistant, temperable from 200°C, hardness 62HRC, non-toxic and anti-rust/anti-stick matte black Cerakote coating, grooves to facilitate food release.
- Thickness: 3 mm, balance between robustness and finesse.
- Profile: Curved for a smooth rocking motion during cutting.
- Edge: 11° angle for a fine and durable edge.
2. Handle
- Material: Varnished boxwood, black plastic ferrule, enameled pin of the logo at the back.
- Shape: Wa type, D shape, ergonomic and thin, perfect for medium-sized hands, prolonged grip without fatigue.
- Attachment: Full tang, monobloc handle for optimal solidity.
3. Sheath
- Painted black wood, magnetic retention, vents to evacuate moisture.
4. Balance and weight
- Weight: 95 g for the blade alone, 130 g with sheath.
- Center of gravity: Between blade and handle for optimal maneuverability.
5. Finish and maintenance
- Coating: Scratch-resistant matte black Cerakote, reduces food adhesion.
- Sharpening: Straight, 1000 grit, compatible with classic whetstones.
- Resistance: To moisture, food acids, wear.
Advantages and uses
Why is this knife unique?
This Santoku stands out with its innovative 3D printing, ensuring extreme precision and customization. Its high-end super stainless steel blade, black Cerakote coating, and ergonomic boxwood handle offer robustness, lasting sharpness, and optimal comfort.
Who is it for?
Perfect for cooking, outdoor activities, or collecting, this Santoku is a unique piece for enthusiasts and professionals, or a high-end gift.
Comparison with a traditional knife
Unlike traditionally forged or molded knives, this 3D-printed Santoku offers superior precision and customization. Its high-performance blade and refined boxwood handle, accompanied by a magnetic wooden sheath, give it unmatched modern elegance.
Manufacturing and innovation
3D printing: design and performance
3D printing provides exceptional manufacturing precision and optimal ergonomics. It allows for unique customization, integrates features like non-stick coating, and reduces waste while optimizing durability.
