Widia Solid Carbide End Mills 1 Flute 524149

Widia Solid Carbide End Mills are made of Widia patented micro-grain-carbide which produces higher toughness, hardness, and bending strength. Widia is now capable of combining manufacturing prowess of Widia's typical HSS-Cobalt with the most up-to-date coating technology of aluminium titanium nitride (AlTiN; for aluminium contents higher 50 at.%). The innovative combination stands for a group of metastable hard coatings consisting of the metallic elements aluminium and titanium, and nitrogen for your stability and wears resistance with a higher surface quality of the material to be machined.

WIDIA™ Victory™ is the new benchmark for High-Performance Solid End Milling, giving you a solid performance advantage. Thanks to the combination of the highest concentricity accuracy and multi layered coating on shank, you can have increased oxidation resistance at elevated temperatures due to the formation of a protective aluminium-oxide layer at the surface. 

Your investment on Widia Solid Carbide End Mills will allow you to take on various job of slotting, peripheral, ramping, plunging, helical interpolation or high-speed machining. With smarter application of cutting parameter and reliable machinery, you can work all the way to Fine-finishing, finishing, rough finishing and roughing with the same tool Different spiral angles (35°–38°). 

Widia Solid Carbide End Mills Series 524149 Features:

• Optimized for Aluminum, composite structures such as High-density polyethylene (HDPE) or polyethylene high-density (PEHD).
• Available size from ⌀3mm t0 12mm with material grade K10F-DCL
• Single flutes wth helical angle of 30° for improved edge strength and stability with better surface finishe
• Suitable for all-round slotting, peripheral, ramping, plunging, helical interpolation or high-speed machining
• Corner style with square ends, suitable for ramping on blank surface, slotting and radial cutting.
• Increased oxidation resistance at elevated temperatures due to coating technology of aluminium titanium nitride (AlTiN; for aluminium contents higher 50 at.%) at the surface.
• Longer tool life than regular model (> 30%)
• Significant reduced part-costs due to higher surface quality, stability and process security.