Triumph Twist Drills T2D #50 x 2" 135 deg Split Jobber Length Wire Gauge Drill, Pack of 12

The Triumph Twist Drills T2D #50 x 2 inches 135 degree split point heavy-duty jobber length wire gauge drill is engineered for precision and durability in demanding drilling applications. This drill bit features a #50 wire gauge size, providing a diameter that is ideal for intricate and precise drilling tasks. The 2 inches length is designed to offer optimal reach and stability during operation. The 135 degree split point design enhances the drill's performance by reducing walking at the start of drilling, ensuring accurate hole placement. This feature also facilitates efficient penetration into various materials, minimizing the need for pilot holes and reducing overall drilling time. Constructed for heavy-duty use, this jobber length drill bit is suitable for a wide range of materials, including metals, plastics and composites. The robust construction ensures longevity and consistent performance, even under rigorous conditions. Packaged in a set of 12, these drill bits provide ample supply for both professional and industrial applications, ensuring that users have the necessary tools for continuous operation without frequent replacements. The Triumph Twist Drills T2D is an essential component for any toolkit requiring precision and reliability in drilling tasks. Constructed from premium-grade high-speed steel, these drills provide exceptional durability and heat resistance, ensuring they withstand rigorous use over time The jobber length configuration offers an ideal balance of reach and rigidity, guaranteeing precise and straight drilling with minimal flex Precision-cut edges - meticulously engineered with sharp, precision-ground cutting edges, these drills significantly reduce wandering and chipping, ensuring clean, consistent and accurate hole formation Jobber length wire gauge drills are specifically designed for gunsmithing tasks, including the precise drilling of pinholes, sight mount installations and various firearm modifications They are also highly effective for detailed work in metals, plastics and other materials