Diablo SDS-Plus Carbide Tipped Thin Wall Core Bit with Two Ejector Holes for Easy Core Removal - 3-1/2" Diameter, 3" Working Length - DMAPLCC1100

Extended Durability and Productivity - Carbide teeth withstand impact and high heat, ensuring superior longevity compared to standard core bits. This translates to fewer replacements and higher productivity on the job.

Clean Cutting Performance - The precision-engineered carbide teeth cut through materials effortlessly, delivering smooth, clean holes with minimal effort, reducing time spent on touch-ups.

Effortless Core Removal - Integrated ejector holes make it easy to remove the core after drilling, eliminating downtime and boosting workflow efficiency.

Deep Drilling Capability - With a 3" cutting depth, this core bit allows for deeper penetration in a single pass, reducing the need for multiple passes and enhancing project efficiency.

Versatile Compatibility - Compatible with Diablo SDS-Plus pilot bits and extensions, this core bit delivers optimal performance in both cordless and corded SDS-Plus rotary hammers, ensuring seamless integration into any jobsite setup.

Diablo’s SDS-Plus Thin Wall Core Bit range is designed to deliver exceptional speed, durability, and efficiency for concrete drilling applications. Engineered with a unique brazing and hardening process, the carbide tips are built to withstand high-impact forces and extreme heat, significantly extending tool life and enhancing productivity. This advanced design allows for faster, cleaner drilling, minimizing material chipping and reducing the need for post-drilling touch-ups. Additionally, the inclusion of two ejector holes ensures quick and effortless core removal, eliminating downtime and improving workflow efficiency. These core bits are optimized for both corded and cordless SDS-Plus rotary hammers, providing maximum power transfer and seamless performance across different jobsite conditions. Whether tackling reinforced concrete, masonry, or block walls, Diablo’s SDS-Plus Thin Wall Core Bits offer one of the most reliable and high-performing coring solutions available.