Makita D-00050 6 x 110mm SDS-Plus Hammer Drill Bit

The working length of the Makita D-00050 is 50 mm.

The drill bit is suitable for drilling in masonry and concrete.

It features an SDS-Plus shank for quick and secure bit changes.

Each package of the Makita D-00050 includes one bit.

The Makita D-00050 is compatible with SDS-Plus rotary hammers.

The drill bit is made with a tungsten carbide tip.

The Makita D-00050 is suitable for both professional and DIY use.

The Makita SDS-Plus Bit is a durable drill bit designed for use with SDS-Plus rotary hammers. It features an ergonomic SDS-Plus shank, a hardwearing construction, and a multi-cut head to deliver fast, reliable drilling into hard substrates such as stone, concrete and brick.

This bit is optimized for concrete, masonry and natural stone. It is also noted to perform well on stainless steel in some applications, making it versatile for a range of demanding jobs.

An SDS-Plus shank allows for quick tool changes and secure engagement with compatible hammer drills. It reduces slippage, improves accuracy, and provides efficient impact transfer for fast drilling in hard substrates.

Key features include a hardwearing construction for longevity, an ergonomic SDS-Plus shank for better grip, a tapered design for improved grip and precision, and a multi-cut head for fast, efficient drilling across a range of materials.

Insert the bit into an SDS-Plus hammer drill in hammer mode, ensuring it locks securely in place. Use appropriate drilling speed and steady, controlled pressure. Clear debris periodically to prevent clogging, and avoid overheating by taking brief breaks if drilling is heavy concrete.

Always wear safety glasses, hearing protection, and a dust mask or respirator when drilling dust-prone materials. Use a compatible dust extraction setup if available, and secure the workpiece to prevent movement during drilling.

This Makita SDS-Plus Bit combines durable construction with an ergonomic shank and a multi-cut head, delivering reliable performance across stone, concrete, and brick. Its longevity and versatility help reduce replacement frequency and support efficient job progress when working in tough substrates.