Square End Mills
Designed for general profiling, slotting, and sharp 90-degree shoulder milling across steels, cast iron, and non-ferrous alloys.
CNC end mills collection
CNC End Mills: Precision Cutting Tools for High-Performance Milling
Bauron manufactures solid carbide and HSS-Co CNC mills for metal removal, dimensional control, and repeatable performance across industrial milling operations.
Industrial milling
High-Efficiency Milling Tools for Modern Manufacturing
Modern machining environments require end mills that can withstand thermal cycling, radial forces, and continuous high-feed passes. Bauron combines sub-micron tungsten carbide substrates with application-specific PVD coating options for high-speed machining.
The portfolio supports deep slotting in alloy steel, high-feed pocketing in structural aluminum, and micro-profiling in biocompatible metals, with geometry selected for cutting stability and surface-finish requirements.
Core categories
Comprehensive End Mill Portfolio
Ball Nose End Mills
Engineered for 3D contouring, complex mold-cavity finishing, and organic surface machining on multi-axis CNC centers.
Corner Radius End Mills
Reinforced corner radii distribute cutting forces and help reduce tip chipping during heavy roughing and high-feed milling.
Tapered Ball Nose & Form Cutters
Developed for deep-cavity draft walls, turbine-blade profiling, and intricate die-casting geometries.
Chipbreaker End Mills
Specialized flute geometries break long chips into smaller segments to lower cutting resistance during stock removal.
All mill products
Explore CNC Milling Tool Types
Select a milling tool to review its applications, features, specifications, material options, FAQs, and interactive 3D model.
- Back Corner Rounding End Mills
- Ball Nose End Mills
- Pointed Chamfer Cutters
- Tipped-Off Chamfer Cutters
- Clearance Cutters – Ball End Mills
- Clearance Cutters – Square End Mills
- Concave Radius Milling Cutters
- Double End Corner Rounding End Mills
- Single End Corner Rounding End Mills
- Die Sinking Cutters
- Double Angle Shank Cutters
- Dovetail Cutters
- Dovetail Cutters with Neck Radius
- Dovetail Cutters with Long Reach
- CNC End Mills
- Pointed Engraving Cutters
- Radius Engraving Cutters
- Tipped-Off Engraving Cutters
- Keyseat Cutters
- Staggered Tooth Keyseat Cutters
- Full Radius Keyseat Cutters
- Lollipop Cutters
- Porting Tools
- Tapered Ball Nose End Mills
- Tapered End Mills
- Corner Radius End Mills
- T-Slot End Mills
- Woodruff Key End Mills
- Neck Relieved End Mills
- Chipbreaker End Mills
Material-specific capabilities
Tailored Geometries for Every Workpiece Substrate
Aluminum & Non-Ferrous Alloys
High-positive rake angles, polished flutes, and DLC or ZrN coating options help reduce material welding and chip packing in 6061 and 7075 aluminum.
Stainless Steels & Superalloys
Variable-pitch and variable-helix flutes paired with AlTiN or nACo coating options help manage thermal load and harmonic chatter in 316L, Inconel, and titanium.
Pre-Hardened Steels
Ultra-fine carbide substrates with micro-honed cutting edges are designed to retain edge integrity under high cutting pressures, including applications up to 65+ HRC.
Composites & CFRP
Compression and diamond-knurl cutter geometries shear abrasive fibers to help reduce delamination.
Custom Milling Tools
Bespoke Tooling Engineering & Custom Solutions
When standard cutters cannot fulfill complex blueprint requirements, Bauron can review custom milling geometries tailored to the workpiece, machine, tolerances, and production target.
Discuss a Custom Mill- Custom diameter steps, non-standard neck reach, and specialized corner radii
- Variable-helix and differential-pitch flute configurations
- Material-matched PVD and CVD surface coating options
- Manufacturing from customer CAD files, technical drawings, or physical samples
Technical questions
Frequently Asked Questions About CNC End Mills
What factors determine the right flute count for CNC end mills?
Lower flute counts, such as two or three flutes, provide larger chip gullets for soft, ductile materials where rapid chip clearance is critical. Higher flute counts increase core strength and tooth density for hard steels and superalloys.
How do custom milling tools improve machining productivity?
Custom tools can combine operations such as stepped profiling, chamfering, and radiusing into a single tool path. This can reduce tool changes and machining time while improving feature concentricity.
What coatings are suited to CNC mills cutting stainless steel?
AlTiN and nACo nanocomposite coating options provide thermal resistance and lubricity, helping protect the carbide substrate when milling work-hardening materials such as stainless steel and Inconel.
Does Bauron support small-batch and production end mill requirements?
Bauron can review single-piece custom prototypes, small batches, and larger production requirements. Submit the geometry, material, tolerances, machine details, and expected volume for an engineering assessment.
Upgrade Your Milling Operations with Bauron
Explore the end mill catalog or submit custom tooling requirements based on your drawing, material, machine, and production targets.
Share the Profile, Material, and Machining Challenge
Bauron provides design and engineering support for application-specific milling tools. Share the geometry, coating needs, tolerances, and production goals for technical review.