Drill bit FANAR NAWIERTAK NWRC 2.00 mm VHM — solid carbide straight-shank

FANAR NAWIERTAK NWRC 2.00 mm VHM is a 2.00 mm solid carbide drill bit engineered for precision drilling of small-diameter holes. Manufactured from VHM (solid carbide), this straight-shank drill delivers high rigidity and wear resistance, enabling accurate hole positioning and consistent performance in both CNC and manual machining operations. The tool’s standard geometry supports reliable chip formation and repeatable results when working with metals, composites and other hard materials.

Advantages

The solid carbide construction ensures excellent stiffness and longer tool life compared with high-speed steel alternatives, while the 2.00 mm diameter provides high positional accuracy for tight-tolerance holes. The straight shank allows secure clamping in standard collets and chucks, and the standard cutting geometry offers predictable cutting forces and chip evacuation. Overall, the design supports reduced vibration and consistent surface finish in demanding small-hole drilling tasks.

Suitable for

• Precision drilling of small-diameter holes in steel and non-ferrous metals
• CNC machining of components with tight positional tolerances
• Manual drilling where accurate hole size and finish are required
• Drilling in composite materials and other hard substrates

Key specifications

• Material: solid carbide (VHM) for high rigidity and wear resistance
• Diameter: 2.00 mm for small, precise holes
• Shank type: straight shank suitable for standard chucks and collets
• Geometry: standard point and flute geometry optimized for predictable chip control
• Intended use: designed for metalworking, composites and hard materials

How to use

Select an appropriate spindle speed and feed rate based on the workpiece material and machine rigidity; higher rigidity and correct speeds reduce the risk of breakage for the 2.00 mm diameter. Secure the straight shank in a suitable collet or chuck, ensure proper workpiece clamping, and apply steady, controlled feed to maintain hole quality. Use suitable cutting fluid for metalworking to improve tool life and chip evacuation when drilling metals; for some composites, dry drilling or specific lubricants recommended for the material may be preferable. Inspect holes for dimensional accuracy and finish, and replace the drill when wear affects performance.

Usage recommendations

For best results, use this 2.00 mm solid carbide drill in machines with minimal runout and ensure accurate tool holding. Begin with conservative speeds and feeds, then adjust based on observed cutting behavior and surface finish. When drilling deep holes, peck drilling cycles and intermittent chip clearing will help prevent chip packing and reduce risk of tool breakage.