Drill bit for concrete Smart SDS+ 8 mm (model 17-08310)

Concrete drill bit Smart SDS+ 8 mm is a rotary-hammer accessory designed for drilling into concrete, masonry and similar hard materials. With an 8 mm cutting diameter and an SDS+ shank, this drill bit fits SDS+ rotary hammers and handheld hammer drills. It is intended for creating holes for anchors, fasteners and installation work where a reliable, straight bore is required.

Advantages

The Smart SDS+ 8 mm drill bit combines hardness and dimensional stability to maintain hole accuracy during repetitive use. Its SDS+ shank ensures quick and secure tool engagement and efficient power transfer from the rotary hammer. The cutting geometry is optimized for concrete and masonry, reducing the chance of wandering at startup and helping to clear dust from the hole while drilling.

Suitable for

• Drilling anchor and fastening holes in concrete
• Installing fixtures and electrical boxes in masonry
• Creating guide holes for mechanical anchors and expansion bolts
• General renovation and construction drilling in hard substrates

Key specifications

• Drill diameter: 8 mm
• Shank type: SDS+
• Intended material: concrete, masonry and similar hard substrates
• Tool compatibility: rotary hammer drills with SDS+ chuck
• Typical applications: anchor holes, fixture installation, general masonry work

How to use

Fit the drill bit into the SDS+ chuck until it locks securely. Select the rotary-hammer mode appropriate for percussive drilling. Start drilling at low speed to establish the hole, then apply steady pressure and increase speed as required. Periodically withdraw the bit to clear accumulated dust and debris for efficient cutting and to prolong tool life. Use appropriate personal protective equipment such as safety glasses, hearing protection and gloves.

Usage recommendations

For best results use the drill bit with a rotary hammer matched to the hole diameter and work material. Avoid excessive axial force—let the tool's hammer action do the work. Replace the bit when wear or chipping of the cutting head affects hole quality.