Dolphin HSS E Cobalt Annular Core Cutter Cutting Depth 50 mm

The Dolphin HSS-E Cobalt Annular Core Cutter with a cutting depth of 50 mm is a specialized cutting tool designed for precise and efficient hole-making operations in a variety of materials. HSS-E Cobalt (High-Speed Steel with Cobalt) is a high-performance material known for its exceptional hardness, heat resistance, and wear resistance, making it suitable for demanding machining applications. Key features of this cutter include: HSS-E Cobalt Construction: The use of HSS-E Cobalt material in the construction of this annular core cutter ensures superior performance and durability. The addition of cobalt enhances the hardness and heat resistance of the high-speed steel, making it capable of withstanding high temperatures and maintaining sharp cutting edges even under heavy loads. Annular Design: Similar to other annular core cutters, this tool removes material only from the periphery of the hole being drilled, leaving behind a solid core. This design reduces cutting forces, minimizes chip evacuation issues, and allows for faster cutting speeds and feed rates compared to traditional twist drills. Cutting Depth: The cutting depth of 50 mm specifies the maximum depth to which the cutter can penetrate into the workpiece in a single pass. This capability enables efficient drilling of deep holes without the need for multiple tool changes or additional setups, improving productivity and reducing machining time. Versatility: The Dolphin HSS-E Cobalt Annular Core Cutter is suitable for use in various machining environments, including drilling machines, magnetic drilling machines, and CNC machining centers. It is commonly employed in industries such as manufacturing, construction, metalworking, and fabrication. Precision: With its precise cutting geometry and stable cutting performance, this core cutter ensures accuracy and dimensional consistency in hole-making operations. The HSS-E Cobalt material maintains sharpness throughout its lifespan, resulting in clean, burr-free holes with minimal deviation from the desired specifications.