Why Choose Spiral Router Bits Instead of Straight Bits?
- Spiral router bits combine a shearing action with an augering action for chip clearance. This dual action not only produces a clean and accurate cut but also efficiently clears chips from the cut area, enhancing the overall cutting experience.
What is Down-Cut Bits?
Down-cut: This premium solid carbide bit cuts dadoes with crisp, clean edges on both sides of the dado. The downward spiral forces the chips down into the groove, eliminating the tendency for wood fibers to chip out the face. Also works great for cutouts and edgework.
Application:
- Grooves and dadoes in single-sided veneers and laminates.
Zahyox's solid carbide down spiral bit is ideal for smooth, chip-free routing where chip removal is not a problem. - Cuts all composition materials, plywoods, hardwoods, and softwoods.
- Use on CNC and other automatic routers as well as table-mounted portable routers.
Why Choose ZahyoX 1/2 inch Shank Router Bits?
- Geometry Specs: 1/2" Cutting Diameter, 1/2" Shank, 1-1/2" Cutting Length, 3-1/2" Overall Length, 2 Flutes, Down-Cut Rotation, Nano Coated.
- Trusted Brand: ZahyoX is an industrial manufacturer, making solid carbide material and solid carbide router bits is our sole business for over two decades, we make our products like treating art.
- Perfected Geometry: The geometry design has been iterated hundreds of times to ensure a perfect balance between tool life and cutting efficiency. We run our bits systematically on various machines and materials to test the performance of each iteration.
- X-Series: X-Series is one of our signature product lineups and bestselling for wood cutting, it is made by our own PVD process of Nano Composite Titanium Aluminum Silicon Nitride which provides highest hardness of 3800 HV, extremely low friction of 0.25, at 900°F max working temperature. The coating provides 3 times longer tool life for wood cutting performance.
- Consistent High-Quality: The bit is made of WC-CO Alloy, and 100% made by our own factory to ensure consistency, you can expect that every bit we produce performs exactly the same.