Product
The Milwaukee SDS-MAX 4-Cutter Carbide Drill Bit is engineered for heavy-duty drilling in concrete and stone, delivering precise, efficient performance in demanding professional applications. Available in Ø32mm diameter.
Specifications
- Cutting Head: Features 3 highly aggressive attack blocks that generate a splitting effect by creating microfractures within the concrete matrix
- Centering Tip: Sharpened centering point ensures precise axial guidance, eliminating drift and preventing slippage on smooth surfaces
- Reinforced Head: Strengthened head geometry reduces the risk of jamming or deflection when encountering rebar within concrete structures
- Tip Geometry: Progressive conical taper reduces friction along the cutting zone and optimizes energy transfer from the machine to the material
- Durability: High break resistance construction extends service life under sustained impact drilling conditions
- Shank: SDS-MAX connection compatible with SDS-MAX rotary hammers and combination hammers
- Diameter: Ø32mm
Usage
Insert the SDS-MAX shank into a compatible SDS-MAX rotary hammer or combination hammer. The sharpened centering tip guides the bit on contact, while the 3-cutter carbide head drives through concrete and stone efficiently, minimizing machine effort and reducing operator fatigue during extended drilling sessions.
FAQ
- What shank type does this drill bit use? — It uses an SDS-MAX shank, compatible with SDS-MAX rotary hammers and combination hammers.
- Can this bit be used on reinforced concrete? — Yes. The reinforced head is specifically designed to reduce jamming and deflection when the bit encounters steel rebar.
- What is the drilling diameter of this bit? — This bit drills a Ø32mm diameter hole.
- Is this bit suitable for stone as well as concrete? — Yes. It is designed for use in both concrete and natural stone materials.
- What makes the 4-cutter design effective? — The 4-cutter carbide geometry, combined with 3 aggressive attack blocks, creates microfractures in the material, improving penetration speed and reducing wear on the bit.
mvm-dt-2026-03
