Dormer Pramet C60 3/4 Inch HSS Double Ended Flatted Shank 2 Flute Slot Drill Regular Length

The Dormer Pramet C60 3/4" HSS Double Ended Flatted Shank 2-Flute Slot Drill is a dependable, two-ended end mill designed for shoulder milling, slot milling, and ramping in free machining steel. Built for everyday milling tasks, it offers durability, precision, and extended usable life with every flip of the end.

• Diameter: 3/4" cutting diameter for stable, consistent material removal.
• Cutting length: 1-5/16" (approximately 1.3125") of cut per end, enabling efficient pockets and slots.
• Overall length: 5-5/8" for reach and rigidity in deeper pockets or longer reaches.
• Material and finish: High-Speed Steel (HSS) with a bright finish for durability and clear visibility in the cut.
• Shank: 3/4" Weldon shank with a flatted surface to improve grip and prevent rotation in collets.
• Flutes: 2 flutes optimized for smooth cutting and efficient chip evacuation on soft steels and similar materials.
• Helix angle: 30° helix to promote efficient chip flow, smoother entry, and better surface finish during shoulder and slot milling.
• End mill design: Double-ended with two cutting faces, increasing usable life without needing additional tool changes.
• Standards: ANSI standard end mill, ensuring compatibility with common holders and equipment.
• Best uses: Shoulder milling, slot milling, and ramping in free machining steel and similar alloys.

Benefits: The double-ended design provides practical extended life, letting you flip to a fresh cutting edge instead of swapping tools. The 30° helix enhances chip evacuation and reduces cutting resistance, helping you achieve cleaner slots and smoother shoulders. A flatted 3/4" Weldon shank delivers secure clamping and precise alignment in standard tool holders, while the bright HSSFinish resists galling and stands up to repeated use. With its regular length and robust geometry, this slot drill is a reliable workhorse for everyday milling tasks in free machining steel, delivering consistent performance across multiple passes and job setups.