Santoku Black Maracier

Technical specifications

1. Blade

• Laser: Material: Maracier, sintered maraging steel, highly alloyed, acid and rust-resistant, temperable from 400°C, hardness 60HRC throughout the blade, non-toxic matte black Cerakote coating, rust-resistant and non-stick.
• Thickness: 3 mm for a good balance between robustness and finesse.
• Profile: Curved to facilitate rocking motion during cutting.
• Edge: Total angle of 11° for an ideal compromise between sharpness and durability.

2. Handle

• Material: Varnished boxwood with a black plastic ferrule and enameled pin representing the logo at the back.
• Shape: Wa type in D shape, thin and ergonomic, perfect for medium hands, ensuring comfort and precision.
• Attachment: Full tang, one-piece handle for optimal solidity.

3. Sheath

• In painted black wood, magnetic retention on the blade and vents on the edges to evacuate moisture.

4. Balance and weight

• Weight: 85 g for the blade alone, 120 g with the sheath.
• Center of gravity: Located between the blade and the handle for optimal maneuverability.

5. Finish and maintenance

• Coating: Matte black Cerakote resistant to scratches, reduces food sticking.
• Sharpening: Straight, 1000 grit, compatible with classic whetstones.
• Resistance: To moisture, food acids, and wear.

Advantages and uses

Why is this knife unique?
This Santoku knife is unique due to its innovative 3D printing manufacturing process, offering unmatched precision and customization. Its high-end sintered steel blade, non-stick and rust-resistant black Cerakote coating, and ergonomic boxwood handle provide robustness, durability, and optimal comfort.

Who is it for?
Ideal for cooking, outdoor activities, or collecting, this Santoku combines innovation, performance, and aesthetics. Its ergonomic handle and magnetic wooden sheath make it an exceptional collectible for professionals or as a refined gift.

Comparison with a traditional knife
Unlike a traditional knife, this 3D-printed Santoku stands out for its precision and customization. Where classic knives are forged or molded, this model leverages the flexibility of 3D printing for optimal ergonomic design and an ultra-performing blade with a Cerakote coating for superior resistance. Its boxwood handle and wooden sheath add a touch of modern elegance that classic models do not offer.

Manufacturing and innovation

3D Printing: optimized design and performance
3D printing ensures exceptional manufacturing precision, optimizing the shape and ergonomics of the knife. It allows for unique customization, the creation of complex geometries, and a reduction in material waste. This innovative process incorporates features like non-stick coating without compromising performance.