About 45ALE 6.0x30xD6x100-3F Polished
45ALE 6.0x30xD6x100-3F Polished is a high performance solid carbide end mill designed for aluminium, brass, copper, MS, EN8, EN19, and SS304 machining. Its extended flute length and long reach design make it ideal for deep cavity machining, precision profiling, and high-speed CNC operations. The 3-flute polished carbide construction ensures smooth chip evacuation, reduces built-up edge, and delivers excellent surface finish in non-ferrous and multipurpose materials. The polished flute geometry minimizes material sticking and enhances cutting efficiency, enabling stable cutting performance with reduced vibration even at higher spindle speeds. This tool is widely used in automotive components, general engineering, and die and mould applications where accuracy and finishing are critical. As part of premium carbide end mill tools, it is trusted by CNC cutting tools manufacturers and industrial cutting tools suppliers.
SUKHMANI TOTAL SOLUTIONS, a leading CNC tools supplier in India, offers high quality precision carbide cutting tools with competitive pricing and expert technical support.
Engineered for Precision FinishingWith a sharp-edged, mirror-polished 3-flute design, the 45ALE end mill excels in delivering flawless surface quality and dimensional accuracy for intricate CNC operations. Its high-precision tolerance and wear-resistant construction enhance productivity in finishing and semi-finishing tasks, especially on challenging materials such as alloy and stainless steels.
Sharp and Versatile Cutting PerformanceThe tool's 45-degree helix and solid carbide body are engineered to achieve high-speed cutting with unwavering stability. Its sharp corners and cylindrical shape make it suitable for a wide range of applications, from slotting to complex pocket milling, particularly in CNC machining centers operating automatically.
Superior Mirror Polished SurfaceThe mirror-finished flute geometry reduces friction and supports efficient chip evacuation, lowering heat build-up and extending tool life. This not only maintains a high-quality surface on the workpiece but also ensures consistent operation during repetitive, high-precision milling cycles.
FAQ's of 45ALE 6.0x30xD6x100-3F Polished:
Q: How does the 45-degree helix angle benefit machining operations?
A: The 45-degree helix angle enhances cutting efficiency and chip evacuation, reducing heat and vibration during milling. This leads to smoother finishes, better dimension control, and extended tool life, especially in high-speed machining of materials like alloy steel and aluminum.
Q: What types of workpieces are suitable for the 45ALE 6.0x30xD6x100-3F End Mill?
A: This end mill is ideal for alloy steel, stainless steel, aluminum, and copper. Its robust design and polished finish make it well-suited for materials up to 45 HRC, including those requiring high-quality surface finishes in precision CNC milling.
Q: When should I use this end mill for finishing or semi-finishing tasks?
A: Utilize this tool for finishing and semi-finishing when you need high surface quality, accurate tolerance (0.01 mm), and sharp-edged detail. Its wear resistance and mirror-polished surface are optimized for final passes after roughing to achieve precise dimensions and exceptional surface smoothness.
Q: Where can this end mill be used in manufacturing setups?
A: The 45ALE polished end mill is designed for use in CNC milling machines, both automatic and manual, across industries like tooling, mold-making, aerospace, and metalworking workshops wherever high-precision, mirror-smooth finishes are required.
Q: How does the polished, mirror surface quality improve the performance of this end mill?
A: A mirror-polished surface decreases friction, facilitating efficient chip removal and reducing heat. This results in minimal workpiece adhesion, less tool wear, and a higher-quality finish, boosting overall process reliability and consistency.
Q: What is the primary benefit of using a 3-flute square end mill with sharp corners for CNC milling?
A: The 3-flute configuration with sharp corners offers optimal balance between cutting speed, chip evacuation, and edge strength. This combination provides efficient metal removal while ensuring crisp, precise slotting and contouring in a wide range of materials.