Drill bit Artu cylindrical titanium-coated for metal 10 mm

Artu cylindrical titanium-coated drill bit for metal, 10 mm diameter, is designed for reliable drilling of holes in steel and other metal materials. The titanium coating increases surface hardness and reduces wear, extending tool life and maintaining cutting performance. The bit fits standard chucks of hand drills and drill presses and is intended for workshop, repair and construction tasks where accurate, clean metal drilling is required.

Advantages

The titanium coating improves resistance to heat and abrasion, helping to maintain sharpness during prolonged use. The cylindrical shank provides stable clamping in drill chucks and minimises runout for more precise holes. The 10 mm diameter is suitable for medium-sized holes commonly required in fabrication and repair work. Manufactured to produced consistent geometry, the bit offers predictable drilling speed and chip evacuation on a variety of ferrous and non-ferrous metals.

Suitable for

• Drilling holes in steel sheets, plates and profiles
• Workshop and maintenance tasks
• Repair and installation of metal fittings and fixtures
• Use with hand drills and drill presses

Key specifications

• Diameter: 10 mm
• Shank type: cylindrical
• Coating: titanium (Ti) for improved wear resistance
• Application: metal drilling (ferrous and non-ferrous)
• Compatibility: standard drill chucks on handheld drills and drill presses

How to use

Secure the drill bit in the drill chuck, ensuring the cylindrical shank is clean and fully inserted to minimise runout. Mark the drilling point and, if necessary, use a centre punch to prevent wandering. Select an appropriate drilling speed and apply steady, moderate feed pressure; lower speeds and cutting lubricant are recommended for harder metals. Periodically withdraw the bit to clear chips and prevent clogging. After use, remove metal shavings and store the bit in a dry place.

Usage recommendations

For best results on steel and hard alloys, use cutting fluid or oil and moderate rotational speed to reduce heat buildup. Replace the bit when signs of excessive wear or chipping appear to maintain hole quality and operator safety.