5.5mm Metric Titanium SHOCKWAVE? Red Helix Bit - Milwaukee Electric Tools

Engineered for the demanding environments of professional automotive and industrial workshops, the Milwaukee 5.5mm Metric Titanium SHOCKWAVE™ Red Helix Bit delivers consistent drilling performance and enhanced durability. This bit is designed for efficient use across a range of metal and non-metal materials, providing precise, clean holes in both standard drills and high-impact drivers. It serves as a reliable solution for technicians requiring accurate metric hole sizes and extended tool life.

Key Features

• Titanium Coating: Provides up to three times longer life compared to standard black oxide bits, reducing bit replacement frequency and minimizing downtime for professional technicians.
• SHOCKWAVE™ Impact Duty™: Engineered for resilience under high-torque conditions, ensuring superior versatility and resistance to breakage when used with both standard drills and impact drivers.
• RED HELIX™ Design: Features an aggressive helix angle for rapid chip removal, effectively dissipating heat and extending bit life by preventing material buildup.
• CHIP BREAKER™ Technology: Integrates a design that fragments chips into smaller, manageable pieces, further reducing heat accumulation and maintaining the cutting edge's sharpness.
• 135-Degree Split Point: Offers a precise, no-walk start on contact, often eliminating the need for pre-punching or pilot holes and consistently delivering clean, accurate holes.

Applications

This 5.5mm metric drill bit is a robust solution for a variety of tasks encountered by professional mechanics and industrial technicians. It is well-suited for drilling into various materials, including steel, aluminum, brass, plastics, and wood.

• Drilling pilot holes for fasteners in automotive bodywork, engine compartments, or chassis repairs.
• Creating precise holes for electrical conduit, mounting brackets, or fittings in industrial machinery and equipment.
• General maintenance, repair, and fabrication tasks where consistent durability and accurate metric hole sizes are critical.