Drill Bit Makita SDS‑MAX 32 x 200 x 340 mm 6‑cut B-05337

Makita SDS‑MAX 32 x 200 x 340 mm 6‑cut B-05337 is a masonry drill bit designed for use with SDS‑MAX rotary and rotary‑hammer drills. The bit measures 32 mm in diameter, with a 200 mm working length and a total length of 340 mm. Its 6‑cut head geometry improves chip evacuation and drilling speed when working in concrete, masonry and other similar materials. The SDS‑MAX shank provides secure coupling with compatible chucks and reliable performance on construction and renovation jobs.

Advantages

The 6‑cut head design reduces clogging and facilitates faster penetration in hard materials while maintaining stable drilling direction. The extended total length allows deeper holes and better reach into workpieces without sacrificing control. The SDS‑MAX shank ensures firm retention in compatible hammer drills, reducing play and improving impact energy transfer for more efficient drilling.

Suitable for

• Drilling holes in reinforced and non‑reinforced concrete
• Creating anchor and dowel holes in masonry
• Work in renovation, construction and utility installation
• Use with SDS‑MAX rotary‑hammer drills for demolition‑grade drilling tasks

Key specifications

• Diameter: 32 mm
• Working length (usable drilling length): 200 mm
• Total length: 340 mm
• Head geometry: 6‑cut design for enhanced chip removal
• Shank type: SDS‑MAX for secure tool coupling
• Intended materials: concrete, masonry and similar mineral substrates

How to use

Fit the drill bit into an SDS‑MAX compatible rotary‑hammer chuck until it locks securely. Select the rotary‑hammer or hammer‑drill mode appropriate for the material and apply steady pressure while drilling. Start at low speed to establish a pilot point if needed, then increase speed and maintain consistent feed to allow the 6‑cut head to evacuate chips. Withdraw the bit periodically when drilling deep holes to clear debris and reduce heat buildup.

Usage recommendations

Use personal protective equipment including eye and hearing protection and dust extraction where possible. For reinforced concrete, use appropriate drilling technique and consider core or segmented bits when encountering large rebar. Store the bit in a dry place and inspect the cutting head before use; replace when worn to maintain drilling efficiency.