Designed by Olivier Stankiewicz, this innovative 3D printed knife unlocks the potential of selected high-performance Japanese ceramic blades for reed-making.
“For many years I used a particular type of Japanese ceramic blade intended for utility knives. They are exceptionally sharp and remarkably durable—I used the same blade for over two years. In use, they feel very different from standard steel blades (such as a Stanley knife blade). Steel blades can be sharp, but they often feel aggressive, tending to score the reed or dig in, especially in the early stages of scraping. In addition, most utility blades on the market are simply not sharp enough to scrape reeds with.
Ceramic blades offer a much greater sense of control with a smooth feeling. They can remove material quickly and effortlessly when required—a task where thin steel blades tend to flex, mark, slice or tear the cane—and add supreme precision to tip finishing and delicate feathering.
I designed this knife to hold these exceptional blades with maximum stability. The knife will also accept any blade less than 19mm tall, allowing them to benefit from the same rigid support along the entire edge.
3D printing allows these knives to remain affordable without any compromise in quality—I designed the knife for my own use. The manufacturing process, together with the material used (PLA, a bioplastic), also helps to minimise environmental impact.”
By purchasing this product, customers certify that they are over 18 years old.
Designed by Olivier Stankiewicz, this innovative 3D printed knife unlocks the potential of selected high-performance Japanese ceramic blades for reed-making.
“For many years I used a particular type of Japanese ceramic blade intended for utility knives. They are exceptionally sharp and remarkably durable—I used the same blade for over two years. In use, they feel very different from standard steel blades (such as a Stanley knife blade). Steel blades can be sharp, but they often feel aggressive, tending to score the reed or dig in, especially in the early stages of scraping. In addition, most utility blades on the market are simply not sharp enough to scrape reeds with.
Ceramic blades offer a much greater sense of control with a smooth feeling. They can remove material quickly and effortlessly when required—a task where thin steel blades tend to flex, mark, slice or tear the cane—and add supreme precision to tip finishing and delicate feathering.
I designed this knife to hold these exceptional blades with maximum stability. The knife will also accept any blade less than 19mm tall, allowing them to benefit from the same rigid support along the entire edge.
3D printing allows these knives to remain affordable without any compromise in quality—I designed the knife for my own use. The manufacturing process, together with the material used (PLA, a bioplastic), also helps to minimise environmental impact.”
By purchasing this product, customers certify that they are over 18 years old.
