DIAGER ULTIMAX - SDS MAX (MASONRY DRILL BIT), 168D12L0340

Product Description: DIAGER ULTIMAX - SDS MAX (Masonry Drill Bit), 168D12L0340

Engineered for demanding professionals, the DIAGER ULTIMAX - SDS MAX (Masonry Drill Bit), L340 delivers powerful and precise drilling performance in the toughest masonry, concrete, and stone applications. Trusted by industry experts, the ULTIMAX range combines advanced technology with robust construction, providing exceptional durability and reliability for heavy-duty work environments.

Key Features:

• 3 Carbide Tips with Self-Centering Point: The drill bit is equipped with three high-grade carbide tips and a self-centering point. This design ensures optimal penetration, precision, and immediate centering for flawless hole alignment every time.
• 6 Cutting Edges: Multiple cutting edges deliver rapid and smooth drilling progress, enhancing efficiency and producing a perfectly round and calibrated hole, even in reinforced structures.
• Progressive Flute: The progressive flute geometry rapidly evacuates debris, reducing heat build-up and minimizing the risk of jamming, for uninterrupted and safe operation.
• Compatible SDS-max Shank: Designed for use with SDS-max rotary hammer drills, ensuring maximum energy transfer and secure bit holding, even under extreme load.

Benefits:

• Exceptional Hole Quality: Guarantees perfect round and calibrated holes, essential for precision anchoring and structural applications.
• Extended Tool Life: The robust design and superior carbide technology result in a significantly longer lifespan, reducing replacement frequency and increasing productivity.
• Reliable Performance: The risk of bit blocking is minimized, enabling continuous operation especially when drilling through tough, reinforced concrete.

Recommended for Drilling in:

• Concrete
• Reinforced Concrete
• Brick
• Stone
• Granite

Available in a variety of diameters and lengths to suit diverse professional needs, the DIAGER ULTIMAX - SDS MAX series is your ultimate solution for efficient, accurate, and long-lasting performance on any job site.