Deskripsi
The Kyocera MSR Series is engineered for heavy-duty milling operations, offering enhanced productivity and efficiency. Its design focuses on maximizing metal removal rates while maintaining stability and precision.
- Notched Inserts for Deep Cuts: The MSR cutters utilize notched inserts that allow for larger depths of cut, ensuring excellent chip control and efficient material removal.
- Low Cutting Forces: The specialized design of the inserts reduces cutting resistance, facilitating smoother operations and minimizing tool wear.
- High Metal Removal Rates: By combining deep cutting capabilities with low cutting forces, the MSR series effectively doubles the metal removal rate, enhancing overall productivity.
- Durable Insert Grades: The MSR series offers a range of PVD-coated carbide insert grades, including PR1230 for steel and heat-resistant alloys, PR1210 for cast iron and titanium alloys, and PR830 for steel and stainless steel, ensuring long tool life and adaptability to various materials.
Specifications
- Cutter Diameters: Available in various sizes; for example, the MSR3000R1 model features a 3.0000-inch cutting diameter.
- Cutting Angle: Designed with a 90-degree lead angle, suitable for facing, shouldering, slotting, and other heavy milling applications.
- Number of Flutes: Configurations vary; the MSR3000R1 model, for instance, is designed with 4 flutes.
- Insert Compatibility: Compatible with specific insert sizes, such as the 2506 insert size for certain models.
- Shank Types: Available in various shank configurations to suit different machine tool interfaces.
Applications
- Heavy Milling Operations: Ideal for tasks requiring substantial material removal, such as roughing and large-scale machining.
- Versatile Machining: Suitable for facing, shouldering, slotting, and other complex milling operations across various materials, including steel, stainless steel, cast iron, and heat-resistant alloys.
- High-Efficiency Machining: Designed to enhance productivity in industries where time and efficiency are critical factors.