Freud DMAPL4060 Sds-plus Hammer Bit Full Carbide 4-cutter

Product Description

The FREUD DMAPL4060 is a 0.25-inch x 2-inch x 4-inch SDS-Plus hammer drill bit engineered for drilling through concrete that contains rebar. Built with a full-carbide head and four cutting edges, it is designed to handle the stress placed on bits by high-powered rotary hammer drills. The full-carbide head is produced using tri-metal diffusion bonding technology, which resists heat buildup and reduces the risk of breakage during hard material drilling. The precision tip provides stability and accuracy for producing clean, fast holes suited to ANSI-approved anchor-setting applications. This bit ships in a package of five units.

The DMAPL4060 is intended for concrete drilling applications where rebar is present, making it a practical choice for anchor installation, structural tie-in work, and post-installed fastener applications on commercial and residential job sites. It is optimized to perform in both corded and cordless SDS-Plus rotary hammers. Masonry contractors, concrete specialists, and general construction crews working with anchor systems will find this bit relevant to high-cycle drilling tasks where durability and hole precision are critical requirements.

Key Features

• Full-carbide head with 4-cutter geometry handles rebar contact during concrete drilling
• Tri-metal diffusion bonding technology resists heat and helps prevent head breakage
• Precision tip geometry supports accurate hole placement for ANSI-approved anchor setting
• Compatible with both corded and cordless SDS-Plus rotary hammer drills
• Package includes 5 bits per unit of measure

Compatibility

Designed for use with corded and cordless SDS-Plus rotary hammer drills. Per the product data, these bits are optimized for maximum performance in SDS-Plus and SDS-Max rotary hammers.

Installation Notes

Installation should be performed by a qualified tradesperson familiar with rotary hammer operation and concrete anchor systems. Confirm the hammer drill chuck is fully seated and locked before operation, and wear appropriate personal protective equipment including eye and hearing protection. Follow ANSI anchor-setting requirements for hole depth and diameter when preparing anchor holes. Do not use a damaged or worn bit, as compromised cutting edges reduce accuracy and increase the risk of bit failure under impact.