Meet the Dormer Pramet A952 16.00 mm High Performance Multi-Application Morse Taper Shank Extra Long Series Drill DIN 1870. Built for reliable metalworking in demanding environments, this drill blends precision geometry with rugged HSS to tackle a wide range of materials and depths with confidence.

• 130-degree point for immediate self-centering and reduced push force, helping you start clean holes with less effort.
• Bright finish minimizes workpiece material from sticking to the cutting edge, promoting smoother cutting and easier chip release.
• Special parabolic flute design engineered for drilling extra-deep holes in a single pass, reducing cycle time and tool wear.
• Premium HSS material delivers dependable performance across steel, aluminum, and stainless steel, extending tool life in mixed-metal fabrication.
• Morse taper shank enables direct, rigid mounting in machine spindles, delivering stable alignment and reduced runout during heavy drilling.
• Extra-long series geometry provides extended reach for deep cavities and obstructed layouts without sacrificing rigidity.
• DIN 1870 compliant ensuring compatibility with standard toolholding and machining setups for seamless integration.

This multi-application drill is designed for machine environments where the drill is held directly in the spindle, making it ideal for automated and manual setups alike. Its versatility shines in automotive components, fabrication jigs, and general metalworking tasks that demand depth and precision in a single tool.

Key use cases and benefits:

• Depth drilling in steel, aluminum, and stainless steel where reach and accuracy matter most.
• Deep-pocket or through-hole work in fabrication and tooling applications.
• Machining scenarios that require a rigid Morse taper connection for consistent performance over long cuts.

To maximize performance, pair the A952 with a compatible spindle and use appropriate feeds and speeds for the material being drilled. Maintain steady coolant or lubrication where applicable, clamp workpieces securely, and avoid overloading the drill to preserve edge life and dimensional accuracy.