Product studio shot of the Bosch DXS5060 1-1/8 inch SDS-max Speed Clean dust extraction hammer drill bit on a crisp white background, displaying its bright uncoated steel hollow body shank, a premium four-cutter carbide tip head, and a durable blue rubber vacuum attachment collar sleeve featuring the white printed Bosch logo.
An informational graphic diagram of the Bosch Speed Clean hollow dust extraction concrete bit with indicator lines highlighting its core technical features, including Premium Carbide Tip for hole consistency, Dust-Extraction Ports linked to a milled internal channel, Optimized Length By Diameter for proper anchor installation depth, and Robust Construction designed for heavy-duty rotary hammers.
The Bosch DXS5060 Speed Clean dust extraction drill bit in its official retail plastic clamshell packaging, showing key performance marketing data points such as 25 percent faster drilling speed, 50 percent faster anchor installation, and 90 percent airborne silica dust reduction, with the tool sizing clearly marked as 1-1/8" x 17" at the bottom.
Product studio shot of the Bosch DXS5060 1-1/8 inch SDS-max Speed Clean dust extraction hammer drill bit on a crisp white background, displaying its bright uncoated steel hollow body shank, a premium four-cutter carbide tip head, and a durable blue rubber vacuum attachment collar sleeve featuring the white printed Bosch logo.
An informational graphic diagram of the Bosch Speed Clean hollow dust extraction concrete bit with indicator lines highlighting its core technical features, including Premium Carbide Tip for hole consistency, Dust-Extraction Ports linked to a milled internal channel, Optimized Length By Diameter for proper anchor installation depth, and Robust Construction designed for heavy-duty rotary hammers.
The Bosch DXS5060 Speed Clean dust extraction drill bit in its official retail plastic clamshell packaging, showing key performance marketing data points such as 25 percent faster drilling speed, 50 percent faster anchor installation, and 90 percent airborne silica dust reduction, with the tool sizing clearly marked as 1-1/8" x 17" at the bottom.
BOSCH

Bosch DXS5060 1-1/8 Inch SDS-max Speed Clean Dust Extraction Hammer Drill Bit Hollow Concrete Carbide Tipped 4-Cutter 17 In Rotary

Only 3 left
SKU: DXS5060
$199.99 USD

Description

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Achieve OSHA-Compliant Dustless Drilling and 50% Faster Anchor Installations

Transform your heavy-duty concrete masonry applications with the Bosch DXS5060 1-1/8 In. x 8 In. x 17 In. SDS-max® Speed Clean™ Dust Extraction Bit. This revolutionary hollow drill bit connects directly to your jobsite vacuum system to extract airborne silica dust while drilling, eliminating the traditional, tedious drill-blow-brush-blow cleaning sequence. By removing debris instantly through a precision-milled internal steel core channel, it reduces friction build-up and delivers up to 25% faster drilling speeds than standard solid masonry bits. This system removes 90% of harmful airborne particles, making it an essential component of the Bosch PRO+GUARD™ dust collection system to keep your workforce compliant with OSHA Silica Dust Table 1 regulations.

Crafted in Germany from a solid single piece of premium steel, this impact-percussion rated rotary hammer bit features robust, solid carbide tips embedded securely into a rugged four-cutter head geometry. The specialized 4-cutter tip design prevents hang-ups when striking embedded rebar while maintaining exceptional dimensional accuracy for chemical or mechanical anchor settings. Every Speed Clean™ bit comes fully assembled with a durable, replaceable rubber vacuum shroud adapter that maintains a tight seal with universal vacuum hoses, optimizing suction efficiency and maximizing overall tooling life under grueling site conditions.

Key Features

  • Hollow Dust Extraction Core: Integrated central channel draws dust and concrete debris straight through the core of the bit into your vacuum extractor.
  • 50% Faster Anchor Installation: Permits one-step dustless drilling, completely bypassing the manual blow-brush-blow chemical anchoring preparation sequence.
  • OSHA Table 1 Compliance: Works dynamically with professional dust collection systems to reduce respirable crystalline silica dust by up to 90%.
  • 25% Higher Drilling Speeds: Eliminates dust packing inside the hole, reducing friction and resistance for rapid structural penetration.
  • Robust 4-Cutter Carbide Head: Solid carbide tipped geometry promotes straight holes, aggressive cutting speed, and superb resistance against rebar hits.
  • One-Piece Steel Durability: Engineered out of a solid piece of treated steel, matching the legendary service life of Bosch SpeedX® drill bits.
  • Universal Rubber Vacuum Adapter: Pre-assembled with a flexible, replaceable rubber adapter that connects tightly to standard dust extractor hoses.

What's Included

  • (1) DXS5060 1-1/8" x 8" x 17" SDS-max® Speed Clean™ Dust Extraction Drill Bit
  • (1) Pre-Assembled Replaceable Rubber Vacuum Adapter Shroud

Specifications

Specification Profile Details / Performance Value
Manufacturer Part Number DXS5060
Drill Bit Size Diameter 1-1/8 inches (1.125" Decimal Equivalent)
Maximum Drilling Depth 8.0 inches usable depth
Overall Bit Length 17.0 inches
Shank Interface Type SDS-max® Heavy-Duty Drive
Shank Diameter 5/32 inches
Cutter Head Configuration 4-Cutter Geometry (Solid Carbide Tipped)
Percussion / Impact Rating Percussion Rated (Not for Standard Impact Wrenches)
Material Base Construction Bright Uncoated Solid Milled Steel with Carbide Head
Primary Material Application Reinforced Concrete, Masonry, Stone, Brick
Compatible Power Tool Type SDS-max Rotary Hammer Drills
Country of Origin Germany

Pro-Tip: To maximize suction power and bit performance, verify that your jobsite dust extractor vacuum features an automatic filter-cleaning system. Fine concrete silica dust settles quickly inside filters, reducing airflow. Keeping a high volumetric CFM intake flow ensures the hollow DXS5060 extraction bit stays completely clear of debris packing, keeping your drilling speeds running at full efficiency while minimizing tip thermal wear.