MADE IN THE USA – Our Spektra Coated Bits are proudly made in the USA. The Spektra CNC router bits feature a nACo nanocomposite coating with an extreme nanohardness and heat resistance, which maintains the sharpness and lubricity of the tool's cutting edge. IDEAL FOR - The spiral router bit is used for cutting the following materials: Laminate, Melamine, Melamine Particle Board, MDF, Veneered Plywood, and Wood. SPIRAL DOWN-CUT ROUTER BIT DIMENSIONS - 46502-K: 1/4 Dia x 1-1/2 CH x 1/4 Inch Shank 3-1/2 Inch Long. SOLID CARBIDE – Amana Tool solid carbide router bits ensure long-lasting cutting edge performance and tool life, delivering repeatable precision for a variety of plastic cutting projects. INDUSTRIAL-QUALITY TOOLS – Amana Tool is an industry leader for over 50 years specializing in industrial quality cutting tools for the woodworking, plastics, aluminum, composite, and metal industries. Spektra Extreme Tool Life Coated spiral router bits are engineered with a nACo nanocomposite coating, offering unparalleled durability and longevity. This micro-thin ceramic coating enhances the cutting edge's sharpness and lubricity, ensuring that every cut is clean, smooth, and precise. The nACo coating not only extends the lifespan of the router bit but also provides superior heat resistance, allowing you to tackle even the most demanding materials without compromising performance. One of the standout features of our Spektra spiral router bits is their ability to maintain cutting excellence under extreme conditions. The nACo coating prevents high heat which can degrade tool performance over time. With an impressive hardness rating of approximately 4,500 Vickers, these bits boast a solid hardness that outperforms uncoated bits by up to 2.5 times. The multi-colored hues of the nACo coating will fade with use but rest assured that the coating's effectiveness remains intact, consistently delivering results. Whether you're working with wood, composite materials, or other modern substrates, these bits provide exceptional cutting precision, reducing the need for additional finishing work. The enhanced sharpness and lubricity result in cleaner cuts, minimal chipping, and reduced material wastage, making your projects more efficient.
