3D Carving Starter Set
This is our 3D Starter set.
TBN-03215F2 - 1/32" Tapered Ball Nose - 1/32 * FL 1.5" 8 SD 1/4" TL 30.0" 8 2F =
TBN-06215F3 - 1/16" Tapered Ball Nose - CD 1/16" * FL 1.5" * SD 1/4" * TL3.0" * 3F =
TBN-12515F3 - 1/8" Tapered Ball Nose - CD 1/8" * FL 1.5" * SD 1/4" * TL3.0" * 3F =
BN-25010H45F4 - 1/4" Ball Nose - CD 1/4" * FL 1.00" * SD 1/4" * TL3.0" * 4F =
Longer Flute Length
The longer 1.5" flute length results in a much lower side angle on the tool, this significantly enhances the vertical detail that is often lost when using shorter tools, such as the common 1" or 0.75" flute lengths found in products from other manufacturers. The extended flute length allows for more profound and precise vertical carving, capturing intricate details that shorter tools simply carve away due to the side angle being greater than the angle of the vertical detail on the 3D model.
Product Description
Our Tapered Ball Nose Endmills are the epitome of precision when it comes to 3D carvings. Engineered with meticulous craftsmanship, these endmills are designed to exceed your expectations. What sets them apart are their specialized tool geometries, meticulously crafted to excel in chip control while delivering blemish-free surfaces and exceptional accuracy in detail.
The unique geometries of these endmills ensure efficient chip control during the carving process, preventing material buildup and minimizing the risk of heat and friction. This results in cleaner, smoother cuts, eliminating unsightly imperfections and ensuring your projects exude the highest level of craftsmanship.
Whether you're a professional woodworker or a dedicated hobbyist, our Tapered Ball Nose Endmills are the essential tools for achieving extraordinary results in 3D carvings. These endmills offer a perfect combination of effective chip control and impeccable carving precision, elevating your creative endeavors to new heights.
DLC Coating
Diamond-Like Carbon (DLC) coating is a revolutionary innovation in materials engineering, renowned for its extraordinary combination of extreme hardness and exceptional lubricity properties.
DLC, as the name suggests, exhibits a hardness akin to natural diamonds, making it exceptionally wear-resistant and durable.
Its remarkable lubricity, akin to the smoothness of graphite, allows DLC-coated surfaces to minimize friction and reduce wear in mechanical systems, ensuring a longer lifespan and enhanced performance.
DLC's unique ability to provide a protective, ultra-thin layer with diamond-like hardness while also facilitating ultra-low coefficient of friction is a game-ch
