Solid Carbide Jobber & Stub Drills
Engineered for high-rigidity setups, offering high beam strength and reduced deflection during short-hole production.
CNC drills collection
Industrial Drills: Precision CNC Holemaking Tools
Bauron manufactures solid carbide and HSS-Co industrial drills engineered for rapid penetration, accurate hole positioning, and controlled chip evacuation across CNC machining environments.
Industrial holemaking
High-Efficiency Holemaking Tools for High-Volume Production
Holemaking is often one of the highest-volume machining operations in a shop, making tool stability, drill-point geometry, and thermal control critical to productivity. Bauron combines micro-grain carbide substrates with PVD coating options for application-specific drilling requirements.
Whether executing deep-hole drilling, step-drilling multi-diameter bores, or working in tough superalloys, the tool geometry can be selected to reduce secondary spotting, minimize burr formation, and maintain controlled diametrical tolerances.
Core categories
Comprehensive Drilling Portfolio
Through-Coolant Drills
Built with internal helical coolant channels that deliver high-pressure fluid directly to the cutting point to flush chips and lower cutting-zone heat.
Step Drills & Multi-Step Tools
Designed to drill, chamfer, and counterbore in a single spindle pass, shortening machine cycle times.
Deep-Hole Drills (8xD to 30xD)
Optimized with parabolic flute geometries to clear long chips continuously while reducing frequent pecking cycles.
Micro-Drills
Precision-ground small-diameter drills developed for micro-fluidics, medical device components, and electronic PCB hole arrays.
All drill products
Explore Drill Tool Types
Select a product to review its applications, features, technical specifications, material options, FAQs, and interactive 3D model.
- Auger Drill Bits
- Center Drill Bits
- Counterbore Drills
- Countersink Drill Bits
- Double Margin Straight Flute Drills
- Drill Chamfer Tool
- Extra Length Drill Bits
- Forstner Drill Bits
- Glass and Tile Drill Bits
- Jobber Length Drill Bits
- Large Diameter & Oversized Drill Bits
- Masonry Drill Bits
- Micro Drill Bits
- Plug Cutter Drill Bits
- Reduced Shank Drills
- Screw Machine Length Drill Bits
- Spade Drill Bits
- Spot Drills
- Spur Point & Brad Point Drill Bits
- Step Drills & Custom Step Drills
- Straight Flute Drills
- Stub Length Drill Bits
- Taper Shank Drills
- Deep Hole Drills
- Gun Drills
- Pilot Point Drills
- Twist Micro Drill
- Three Flute Drill Bits
Material-specific capabilities
Engineered Geometries for Every Substrate
Aluminum & Non-Ferrous Alloys
High-helix flutes, 118° to 130° point angles, polished flute channels, and DLC coating options help reduce galling and chip welding.
Stainless Steels & Superalloys
Heavy web cores, 135° to 140° split points, and heat-resistant AlTiN or nACo PVD coating options support machining of 316L, Inconel, and titanium.
Cast Iron & Abrasive Materials
Flat point profiles with reinforced corner chamfers help resist abrasive margin wear during dry or wet machining.
Composites & CFRP
Specialized dagger or double-angle drill points shear abrasive fibers to help reduce exit-layer delamination.
Drill Bit Design Services
Tailored Drill Geometries & Custom Manufacturing
When standard drills cannot satisfy complex multi-step blueprints or unique depth-to-diameter ratios, Bauron can review custom drill tooling requirements with machine shops and production teams.
Discuss a Custom Drill- Custom step diameters, specialized countersink angles, and unique pilot lengths
- Specialized web-thinning profiles, including S-gash and split-point geometries
- Material-matched PVD surface coating options such as AlTiN, DLC, ZrN, and nACo
- Manufacturing from technical CAD files, blueprints, or physical samples
Technical questions
Frequently Asked Questions About CNC Drill Bits
What are the main advantages of internal through-coolant channels in industrial drills?
Internal coolant channels deliver high-pressure fluid directly to the drill chisel point. This cools the active cutting zone, reduces thermal wear, and flushes chips through the flutes to help prevent chip packing in deep-hole drilling.
How do Drill Bit Design Services optimize production line throughput?
Custom drill designs can merge multiple operations—such as drilling, reaming, and chamfering—into a single tool pass. This can reduce tool changes and cycle times while improving hole-to-hole concentricity.
What point angle is recommended for drilling tough stainless steels and titanium?
A 135° to 140° split-point angle is commonly recommended for stainless steel and titanium. The flatter point shortens chip length, while the split point reduces axial thrust forces and helps prevent the tool from walking.
Does Bauron support small-batch custom drill manufacturing?
Bauron can review both small-batch custom prototype requirements and larger-volume production applications. Submit the material, geometry, tolerances, and expected production volume for an engineering assessment.
Upgrade Your Holemaking Operations with Bauron
Explore the industrial drill catalog or submit custom drill requirements based on your technical drawing, workpiece material, machine, and production targets.
Share the Geometry, Material, and Machining Challenge
Bauron provides direct design and engineering support for application-specific tooling requirements. Share your custom geometry, coating needs, tolerances, and production goals for technical review.