Left-Hand Mechanics Cobalt HSS Drill Bit - 3/16 Inch

Specifications

• Material: Made from M-42 8% cobalt high-speed steel (HSS) for exceptional durability and resistance to abrasive wear.
• Drill Bit Diameter: 3/16 inch.
• Weight: 1 lb.
• Dimensions: 3 x 0.19 x 0.19 inches.
• Point Angle: 135-degree split point design for precise penetration and reduced feed pressure.
• Direction of Cut: Left-hand cutting for specialized applications.
• Flute Type: Spiral with 1-1/2-inch flute length, designed for efficient chip ejection.
• Overall Length: 2-7/8 inches.
• Finish: Cobalt finish for enhanced durability against tough materials.

Key Features

• Cobalt Alloy Construction: Built from M-42 8% cobalt steel for superior abrasion resistance when working with high-strength metals like stainless steel and titanium.
• 135-Degree Split Point: Self-centering point reduces feed pressure for accurate drilling and prevents work hardening of the material.
• Heavy Duty Spiral Flute Design: Optimized to eject chips efficiently, minimizing downtime and improving operational efficiency.
• Shorter Cutting Lips: Reduces torque requirements, improving control and precision in high-tensile materials.
• Left-Hand Mechanics Length: Specifically designed for compatibility with screw extractors, ensuring smooth operation in reverse-drilling scenarios.

Applications

• Drilling Tough Metals: Ideal for penetrating stainless steel, titanium, and other high-tensile-strength materials.
• Screw Extraction: Designed for use with screw extractors to safely remove stripped or stubborn screws.
• Industrial and Mechanical Work: Suitable for precision tasks in industrial, mechanical, and metalworking environments.
• Metalworking: A dependable tool for general-purpose metal drilling in demanding conditions.

Benefits

• Exceptional Durability: Cobalt alloy material ensures longevity, even in continuous heavy-duty use.
• Enhanced Precision: The self-centering 135-degree split point enables clean and accurate hole starts without slipping.
• Increased Efficiency: Faster chip ejection reduces clogging and saves time during operations.
• Reduced Effort: Lower torque requirements make drilling smoother and more controlled,