Drill Bit RAWLPLUG TURBODRILL SDS Max 25 x 780/920 mm

RAWLPLUG TURBODRILL SDS Max 25 x 780/920 mm is a long-reach rotary hammer drill bit designed for drilling in concrete and masonry. The tool features an SDS Max shank for compatibility with SDS Max rotary hammers and a carbide tip to withstand intensive use in heavy-duty applications. With an overall length of 920 mm and a working length of 780 mm, the bit allows deeper drilling while maintaining effective chip removal and stable rotation.

Advantages

The RAWLPLUG TURBODRILL combines a robust carbide tip and a long-reach design to provide reliable penetration in reinforced concrete and masonry. The SDS Max shank ensures secure retention and quick installation in compatible rotary hammers. The extended working length reduces the need for step drilling or tool changes when creating deep holes, and the flute profile is optimised for efficient dust evacuation, which helps maintain drilling speed and prolong tool life.

Suitable for

• Drilling holes in concrete for anchors and through-holes
• Masonry drilling in brick and block walls
• Installation tasks requiring deep or long-reach holes
• Construction and renovation where SDS Max rotary hammers are used

Key specifications

• Diameter: 25 mm
• Working length: 780 mm
• Overall length: 920 mm
• Shank type: SDS Max
• Tip material: carbide
• Intended materials: concrete and masonry

How to use

Insert the SDS Max shank into the rotary hammer chuck until it locks, ensuring the tool is compatible with SDS Max systems and that the hammer is in rotary or rotary-percussion mode as required. Mark the drilling position and start at low speed to establish the pilot contact, then increase to the appropriate drilling speed and pressure. Apply steady, even pressure without forcing the bit to avoid excessive wear of the carbide tip. Periodically withdraw the bit to clear dust and allow cooling when drilling deep holes.

Usage recommendations

Use appropriate personal protective equipment, including safety glasses, hearing protection and dust extraction or a vacuum where possible. For reinforced concrete, use controlled drill pressure and consider using a slower feed to reduce stress on the tip. Replace the bit if cutting performance declines or if visible damage to the carbide tip occurs.