Foret Bosch 2 607 019 455

The Bosch 2 607 019 455 drill bit is designed for precision drilling in a range of common materials. Constructed from durable hardened steel with a ground cutting edge, this bit offers stable performance and consistent hole quality. Its straight shank fits standard drill chucks and is suitable for both handheld and bench-mounted drills, providing reliable results for professional tradespeople and home users.

Advantages

The drill bit delivers accurate drilling with reduced wandering thanks to a precisely ground tip geometry. Durable material and heat-treated construction help resist wear and retain cutting sharpness over extended use. Compatibility with standard chucks and a balanced design minimize vibration for cleaner holes and less stress on the drill motor.

Suitable for

• Precision drilling in wood
• Drilling in soft metals and non-ferrous alloys
• General-purpose DIY tasks and professional repair work
• Use with handheld and bench drills

Key specifications

• Material: hardened steel with ground cutting edge
• Shank type: straight shank suitable for standard chucks
• Tip geometry: precision ground tip for accurate centering
• Finish: corrosion-resistant surface treatment
• Intended use: general-purpose drilling in wood, soft metals, and similar materials

How to use

Select a drill speed appropriate for the material: lower speeds for metals and higher speeds for wood. Secure the workpiece before drilling and clamp if necessary. Insert the straight shank into the drill chuck and tighten securely. Apply steady, even pressure and allow the bit to advance without forcing; pull the bit out periodically to clear chips when drilling deep holes. After use, clean the cutting edge and store the bit in a dry place to maintain performance.

Recommendations

For optimal hole quality, use appropriate pilot or center points when starting on difficult surfaces and match drill speed to the material. Replace the bit when cutting performance declines or if the tip is damaged to avoid poor hole quality and excessive motor load.