Dormer Pramet A952 13.00 mm HSS HIGH PERF MULT-APP MORSE TAPER SHANK EXTRA LONG SERIES DRILL DIN 1870 (2)

Meet the Dormer Pramet A952 13.00 mm HSS High Performance Multi-Application Morse Taper Shank Extra Long Series Drill, engineered for serious metalworking tasks where reach, precision, and reliability matter. With a DIN 1870 Morse taper shank, this drill locks securely into compatible spindles, delivering steadfast performance in demanding machining environments.

• 130° point geometry promotes quick self-centering and reduces the push force required to begin cutting, helping you minimize wandering and improve first-hole accuracy.
• Bright finish minimizes material buildup on the cutting edge, preserving edge life and enabling cleaner starts and smoother holes.
• Parabolic flute design is optimized for drilling extra-deep holes in a single pass, with efficient chip evacuation to prevent clogging and maintain steady drilling action.
• Premium HSS material delivers dependable performance across a wide range of materials, including steel, stainless steel, and aluminum, while resisting wear for more productive cycles.
• Extra-long series offers extended reach for deep cavities, recessed features, and thick workpieces, reducing the need for auxiliary extensions or multiple tools.
• Multi-application versatility designed for machine tools where the drill is held directly in the spindle, providing rigid, reliable operation with fewer setup steps.
• DIN 1870 compliance ensures consistent fit and compatibility with standard machine tool spindles, so you can trust it to perform as expected in compatible ecosystems.

Ideal applications include long-reach drilling in automotive, aerospace, and general manufacturing scenarios where deep holes are required in steel, stainless steel, or aluminum. This drill excels when you need one robust tool to handle multiple materials and stay productive in high-cycle environments.

Usage notes for best results: operate at speeds appropriate to the workpiece material, apply a suitable cutting fluid or coolant to manage heat, and maintain a steady feed to leverage the 130° point’s self-centering capability. For challenging materials or deeper holes, let the parabolic flute design manage chip evacuation to maintain consistent performance.