About 45ALE 12.0xD12x45x100-3F Polished
45ALE 12.0xD12x45x100-3F Polished is a high performance solid carbide end mill designed for aluminium, brass, copper, MS, EN8, EN19, and SS304 machining. Its large diameter with extended flute length makes it ideal for deep machining, heavy profiling, and high-speed CNC operations. This 3-flute polished carbide tool ensures smooth chip evacuation, minimizes built-up edge, and delivers excellent surface finish in non-ferrous and multipurpose materials. The polished flute geometry reduces material sticking and enhances cutting efficiency, making it suitable for automotive components, general engineering, and precision machining applications. As part of premium carbide end mill tools, it is widely trusted by CNC cutting tools manufacturers and industrial cutting tools suppliers for consistent performance and reliability.
SUKHMANI TOTAL SOLUTIONS, a leading CNC tools supplier in India, offers precision carbide cutting tools with competitive pricing, reliable availability, and expert technical support for all industrial machining needs.
Engineered for High-Precision CNC ApplicationsThis solid carbide end mill is tailored for high-precision needs, supporting intricate milling, slotting, and finishing in non-ferrous materials. Its 45 mm flute length and 12 mm cutting diameter ensure compatibility with most CNC milling machines, offering both efficiency and accuracy in demanding industrial processes.
Mirror Polished for Enhanced Surface QualityWith a mirror-polished, uncoated finish, the 45ALE end mill reduces friction, improving chip removal and prolonging tool life. This specialized surface quality ensures exceptionally smooth cutting action, resulting in superior surface finishes on workpieces and reduced need for secondary operations.
Durability and Versatility Across ApplicationsConstructed from solid carbide and precision ground to HRC 55-60 hardness, this tool offers consistent performance under standard CNC loads. Suitable for high-speed operations, it balances high cutting force with remarkable durability, making it a versatile choice for both professional and industrial users.
FAQ's of 45ALE 12.0xD12x45x100-3F Polished:
Q: How should the 45ALE 12.0xD12x45x100-3F end mill be used for optimal results?
A: For optimal performance, use the end mill with CNC milling machines set for high-speed machining of aluminium, copper, or other non-ferrous metals. Proper clamping-either automatic or manual-ensures stability and precision. Select the cutting speed appropriate to the material for best results.
Q: What are the benefits of the mirror-polished surface on this end mill?
A: The mirror-polished surface reduces friction and improves chip evacuation, resulting in smoother cutting, extended tool life, and superior surface finishes. This significantly decreases the likelihood of material build-up and enhances overall process efficiency.
Q: When is it advisable to use a 3-flute solid carbide end mill like this model?
A: A 3-flute solid carbide end mill is ideal for operations requiring high precision, such as milling and slotting of aluminium and non-ferrous metals. It offers a balance between chip removal rates and surface finish, commonly suiting finishing or semi-finishing operations on CNC milling machines.
Q: Where can this end mill be used within industrial settings?
A: This tool is suitable for use in professional machine shops, manufacturing plants, and metalworking facilities where CNC milling of non-ferrous metals is performed. Its robustness and accuracy make it appropriate for both production and prototyping environments.
Q: What level of cutting accuracy can be expected from this tool?
A: The 45ALE model offers high cutting accuracy, with a tolerance of 0.01 mm. This ensures precise machining and reliable dimensional integrity in manufactured parts.
Q: How does the 45-degree helix angle contribute to the milling process?
A: The 45-degree helix angle facilitates rapid and effective chip removal, enabling high-speed machining and improved surface finishes. This helps prevent material build-up and reduces cutting resistance during operation.