The KYTCHO Power Blade is the Most Durable Chef's Knife Currently Produced
Michael — June 10, 2016 — Art & Design
References: bit.ly
The KYTCHO Power Blade is the first-ever chef's knife made from an ultra-durable ULTRA NANO Circonia material. The particles of the new material are so small that they help to create the sharpest and most durable knife ever made in mass production. While similar knives may become dull over time, the KYTCHO maintains its sharpness and boasts a lifetime manufacturer's warranty.
In contrast to other knives, the handle of the KYTCHO is injection-molded. This guarantees a perfect hold of the blade. Each of the chef's knife's blades is produced in the US and at the only factory that exclusively works with its Nano circonia material. This kitchen tool's handle is injection-molded in Germany while its blade is anti-bacterial and dishwasher-safe.
The KYTCHO chef's knife is both an innovative and affordable kitchen accessory that is currently available for only $39 through Kickstarter.
In contrast to other knives, the handle of the KYTCHO is injection-molded. This guarantees a perfect hold of the blade. Each of the chef's knife's blades is produced in the US and at the only factory that exclusively works with its Nano circonia material. This kitchen tool's handle is injection-molded in Germany while its blade is anti-bacterial and dishwasher-safe.
The KYTCHO chef's knife is both an innovative and affordable kitchen accessory that is currently available for only $39 through Kickstarter.
Trend Themes
1. Ultra-durable Kitchen Accessories - Opportunity to develop a new line of highly durable kitchen products using advanced materials for an affordable price point.
2. Mass-produced Sharpened Products - Opportunity to create sharper, more durable products on a mass scale by utilizing advanced materials.
3. Injection-molding Manufacturing - Opportunity to utilize injection-molding manufacturing for products with an emphasis on handle ergonomics and design in parallel with advanced materials for optimal performance.
Industry Implications
1. Cookware - The cookware industry can benefit from the new Nano circonia material to increase the durability and longevity of their products.
2. Cutlery - The cutlery industry could integrate injection molding to create more suitable and comfortable handles for a wider range of people.
3. Manufacturing - Manufacturing companies could potentially explore the use of advanced materials with suitable injection molding manufacturing to create a new line of durable products.
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