IMCO introduces new M934 and M935 cutting tools, extensions of the powerhouse M9 POW•R•FEED line. Both achieve incredible metal removal rates perfect for forward-thinking machinists looking to improve production processes.
Engineered with IMCO's new multi-parabolic grinds (MPG), M934 4-flute end mills cut in metals you use most: steels, titanium and nonferrous materials. Great in 3- to 5-axis machines, users can swing the tool all around the part without clogging, increase feed rates in moves in Z, and reduce cycle time, increasing profits.
M934s are ideal for parts that require helical entry, ramping or slotting, and a great option to peripheral mill at super aggressive feeds. IMCO's proprietary flute and end face geometries make it virtually impossible to clog.
M935 5-flute end mills are designed with unique flute and core geometries for very aggressive traditional tool paths, stepovers and depths. Each flute has a unique helix angle, providing excellent balance and chip throw. MPG (multi-parabolic grinding), a revolutionary engineering technology, makes M935 tools' end face and flute cavity ideal for extremely aggressive ramping, helical entry and cutting parameters.
They're engineered to slash cycle times, boost metal removal rates, finish jobs faster and provide great tool life. M934 and M935 mills feature super-fine cutting edges and edge prep for long life. Both options have a wiper flat end for smooth floor finishes. The M935 is also available with IMCO's unique Chip Management System (CMS).
2024 New Week WBM Product Recommendation:
Steel Ball Cold Heading Tools：
n the steel ball cold heading process, after barstocks are cut into column-shaped blanks, two ends of the column shaped blanks are rubbed and cut into inversed angel or round angle shapes, and then the blanks are transferred to a cold heading mechanism to be headed into steel ball rough cast; a blank rubbing and cutting mechanism is additionally arranged on the corresponding cold heading machine. The quality and eligibility rate of the steel ball rough cast can be enhanced and the manufacturing cost thereof can be reduced. Furthermore, as the shapes of the blanks entering the cold forging mechanism are regular, the stress born by the cold heading mechanism is equal in the punching process, thus the service life of cold heading dies is prolonged.
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