Drill bit Verto HSS cylindrical for metal 1.5 mm, set of 10 (60H071)

Set of 10 Verto HSS cylindrical drill bits with 1.5 mm diameter, designed specifically for drilling metal. Manufactured from high-speed steel (HSS), these cylindrical shank bits provide resistance to heat and wear during short to moderate metal drilling operations. The set is suitable for both hand-held drills and drill presses where small, precise holes in thin sheet metal, light fabrication, model making and similar workshop tasks are required.

Advantages

The high-speed steel construction offers improved hardness and heat resistance compared with standard carbon steel bits, maintaining cutting performance at elevated temperatures. Cylindrical shanks ensure secure grip in standard chucks without the need for adapters. The uniform 1.5 mm diameter across ten pieces provides consistent hole sizes and reduces downtime for bit changes. The set format is convenient for repetitive small-hole work and projects that require multiple identical holes.

Suitable for

• Drilling small-diameter holes in thin sheet metal
• Model making and precision hobby work
• Light fabrication and electronics chassis work
• General workshop tasks requiring 1.5 mm metal holes

Key specifications

• Quantity: 10 pieces
• Material: High-speed steel (HSS)
• Shank type: Cylindrical
• Diameter: 1.5 mm
• Intended material: Metal (thin sheet and light sections)

How to use

Secure the workpiece to prevent movement and select an appropriate drill speed for small-diameter metal drilling—typically higher speeds for 1.5 mm bits in thin sheet metals. Fit the cylindrical shank into a properly tightened drill chuck. Apply light, steady pressure and allow the bit to cut without forcing; withdraw occasionally to clear chips and avoid overheating. Use cutting fluid for improved tool life and cleaner holes when drilling ferrous metals.

Usage recommendations

For best results, match drill speed and feed to the metal type and thickness, use cutting lubricant on steel, and replace bits once wear or diminished cutting performance is observed to maintain hole quality and avoid workpiece damage.