End Mills / Carbide End Mills
Carbide End Mills
Find Your High Quality Carbide End Mills Below
Achieve Exceptional Milling Results with Carbide End Mills
Industrial machinists and hobbyists alike rely on carbide end mills to achieve superior results in their metalworking projects. These rotary cutting tools are crafted from ultra-hard, wear-resistant carbide, delivering unmatched performance and durability:
- Uncompromised Performance: Carbide end mills effortlessly machine a broad range of materials, including various metals, plastics, and composites. Their exceptional hardness allows for aggressive cutting speeds and feeds, maximizing machining efficiency.
- Extended Tool Life: Compared to high-speed steel end mills, carbide tools boast significantly extended lifespans. This translates to less frequent tool changes, reduced downtime, and lower overall production costs.
- Precision and Surface Finish: The inherent rigidity and sharpness of carbide translate to precise cutting and exceptional surface finishes. This minimizes the need for additional finishing steps, saving both time and resources.
- Unparalleled Versatility: Carbide end mills come in a vast array of sizes, flute configurations (referring to the number of cutting edges), and tip geometries. This extensive selection ensures you can find the perfect tool for any application, from large-scale roughing operations to intricate detail work.
By incorporating carbide end mills into your metalworking operations, you can achieve superior cutting performance, exceptional tool life, and a new level of efficiency in your projects.
Carbide End Mill Categories
| Carbide Square End Mills | |
| Carbide Corner Radius End Mills | Variable Pitch Carbide End Mills |
| Carbide Roughing End Mills | Solid Carbide Drill End Mills |
Anatomy Of A Carbide End Mill
Core Diameter: The diameter measured tangent from bottom of all flutes. This diameter dictates the strength of your end mill.
Cutting Diameter: Measured from margin-to-margin on cutting end of tool. An even number of flutes can be measured 180º apart.
Dish Angle: Angle perpendicular to centerline of tool and allows proper end cut characteristics and reduces full diameter contact.
Flute Wash: Amount of non-cutting flute area past the length of cut.
Gash Angle: The secondary cuts on a tool to provide chip space at corners and ends. The space forming the end cutting edge, which is used when feeding axially.
Helix Angle: This is the angle formed by a line tangent to the angle of the flute grind and parallel to the centerline of the cutting tool.
Primary Land: The narrow surface of a profile sharpened cutter tooth immediately behind the cutting edge.
Length of Cut (LOC): This is the actual cutting depth of the tool in the axial direction.
Neck Length (NL): A measurement taken from tip of the tool to the base of the neck (when present).
Overall Length (OAL): A measurement taken from end-to-end of the tool.
Radial Relief: Area where cutting face is relieved behind the cutting edge in order to avoid rubbing while maintaining maximum edge strength. We offer 2 types of Radial Relief:
Standard Relief - General purpose relief shape consisting of a primary and secondary grind behind the cutting edge.
Eccentric Relief - A strong high performance edge design for ferrous and tough material cutting consisting of a primary relief measured radially along its edge.
Pitch: This is an equal angular measurement from flute-to-flute. If the tool is a variable index style then this spacing is unequal.
Radial Rake: The angle of the rake face measured from center of the tool.
Shank Diameter: The end of the tool that is held in the holder and requires a high degree of accuracy and concentricity.
Weldon Flat: The flat on the shank provides positive driving surface for the milling bit.
